properties of refrigerant 507a (r-125143a 5050)
DESCRIPTION
Properties refrigerant 507aTRANSCRIPT
PROPERTIES OF R-507A (R-125/143A 50/50)
Industrial Refrigeration Consortium University of Wisconsin
Madison, WI USA
Who we Are The IRC is a collaborative effort between the University of Wisconsin-Madison and industry. Together we share a common goal of improving safety, efficiency, and productivity of industrial refrigeration systems and technologies. We realize this goal by conducting applied research, delivering knowledge transfer, and providing technical assistance. Although our efforts are focused on industrial refrigeration systems that utilize anhydrous ammonia, we also work with systems that use other refrigerants. The IRC offers a unique combination of complementary resources that include academic qualifications, technical expertise, and practical experience. We provide objective information that is not biased by an affiliation with any particular organization. Our primary product is knowledge. We create knowledge through research and technical assistance, and we transfer knowledge to the industry through our training and technology transfer activities. These services provide substantial benefits to our members and to the entire refrigeration industry. The knowledge that we create and distribute helps to improve the capabilities of individuals at all levels. Increased knowledge can help improve safety, reduce operating costs, increase productivity, and make your organization more competitive. The IRC is wholly funded by external funds. Industrial Refrigeration Consortium 1415 Engineering Dr Suite 2342 Madison, WI 53706-1607 www.irc.wisc.edu Toll-free: (866) 635-4721 Local: (608) 262-8220 Fax: (608) 262-6209
1
PROPERTIES OF R-507A (R-125/143A 50/50)
Foreword R-507a is a fluid mixture used in many refrigeration systems. It consists of 50% mass fraction R-125 (pentafluoroethane) and 50% mass fraction R-143a (1,1,1-trifluoroethane). The tables attached were developed based on a refrigerant property database (REFPROP 7.0) developed by the National Institute of Standards and Technology (NIST) for the predefined mixture R-507a. The thermophysical and transport properties given in the attached tables are based on the latest research and equations of state developed for this particular refrigerant. Fore more information on the equations used, see the References section below. The property data includes both saturation properties (as a function of temperature and as a function of pressure), subcooled, and superheat properties. Note, the pressure emphasized in all tables is absolute pressure. This means that the local barometric pressure needs to be added to any gage pressure readings prior to using the values in the attached tables. References Lemmon, E.W. and Jacobsen, R.T, "An International Standard Formulation for the
Thermodynamic Properties of 1,1,1-Trifluoroethane (HFC-143a) for Temperatures from 161 to 450 K and Pressures to 50 MPa," J. Phys. Chem. Ref. Data, 29(4):521-552, 2000.
Klein, S.A., McLinden, M.O., and Laesecke, A., "An improved extended corresponding states
method for estimation of viscosity of pure refrigerants and mixtures," Int. J. Refrigeration, 20:208-217, 1997.
Marsh, K., Perkins, R., and Ramires, M.L.V., "Measurement and Correlation of the Thermal
Conductivity of Propane from 86 to 600 K at Pressures to 70 MPa," submitted to J. Chem. Eng. Data, 2000.
McLinden, M.O., Klein, S.A., and Perkins, R.A., "An extended corresponding states model for the
thermal conductivity of refrigerants and refrigerant mixtures," Int. J. Refrigeration, 23:43-63, 2000.
2
Definitions P (pressure) Pressure is the force per unit area exerted by the working fluid. Pressure
data is expressed in three units: psia, psig, and in Hg (vacuum). The primary unit expresses pressure as absolute pounds per square inch (psia). Converting between gage and absolute pressure can be accomplished by the following,
Pabsolute [psia] = Pgage [psig] + Plocal [psi] where Pabsolute is the absolute pressure, Pgage is the gage pressure, and
Plocal is the local barometric pressure all expressed in units of lb/in2. ρ (density) Density is the mass of refrigerant per unit volume [lbm/ft3]. The saturation
tables express liquid in units of density. The density is inversely proportional to the specific volume,
ρ = 1/v where ρ is the density and v is the fluid’s specific volume. v (specific volume) Specific volume represents the volume occupied per unit mass of
refrigerant. The saturation tables express all vapor states in terms of the specific volume [ft3/lbm]. The specific volume is inversely proportional to the fluid density (see definition above).
Cp (specific heat) Specific heat is a measure of the energy storing capability of the working
fluid [Btu/lbm-R]. Fluids with large specific heats require significant amounts of energy input (or extraction) to sensibly increase (or decrease) their temperature.
Cp/Cv (spec heat ratio) Specific heat ratio refers to the relationship between the isobaric (Cp)
and isochoric (Cv) specific heat capacities. h (enthalpy) Enthalpy is a fluid property that is representative of the relative energy
content of a flow stream [Btu/lbm]. Reported values of enthalpy are dependent on the reference state. The values reported here have a reference state defining the enthalpy as 0 Btu/lbm at -40 F (this is consistent with the ASHRAE reference state).
s (entropy) Entropy is a property that is held constant during an ideal process
(reversible and adiabatic, i.e. without heat loss). The entropy properties are sometimes used to characterize the behavior of compression processes. The entropy values are reported in units of [Btu/lbm-R].
μ (viscosity) The dynamic viscosity is a measure of the working fluid’s resistance to
flow [centipoise]. k (thermal cond) The thermal conductivity is a measure of the heat conducting capability
of the working fluid. Fluids with high thermal conductivity are effective at transferring energy with small temperature differences.
3
R-5
07a
(R-1
25/1
43a
50/5
0) P
rope
rtie
s at
Sat
urat
ion
T [F
]ρ
[lb/ft
^3]
v [ft
^3/lb
]B
ulk
Bub
ble
Dew
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
-100
3.33
03.
329
87.2
3211
.521
-17.
604
74.1
66-0
.045
0.21
00.
288
0.16
51.
544
1.15
80.
597
0.00
893
0.06
088
0.00
472
-99
3.45
23.
450
87.1
2911
.141
-17.
316
74.3
11-0
.044
0.21
00.
288
0.16
61.
543
1.15
80.
590
0.00
895
0.06
072
0.00
475
-98
3.57
73.
575
87.0
2610
.776
-17.
027
74.4
56-0
.044
0.20
90.
288
0.16
61.
542
1.15
80.
584
0.00
898
0.06
055
0.00
477
-97
3.70
53.
704
86.9
2310
.425
-16.
739
74.6
01-0
.043
0.20
90.
288
0.16
61.
541
1.15
80.
577
0.00
901
0.06
039
0.00
480
-96
3.83
83.
837
86.8
2010
.088
-16.
450
74.7
47-0
.042
0.20
90.
289
0.16
71.
540
1.15
80.
570
0.00
903
0.06
023
0.00
483
-95
3.97
43.
973
86.7
179.
764
-16.
161
74.8
92-0
.041
0.20
90.
289
0.16
71.
539
1.15
80.
564
0.00
906
0.06
007
0.00
485
-94
4.11
44.
113
86.6
139.
453
-15.
872
75.0
38-0
.040
0.20
80.
289
0.16
81.
539
1.15
80.
558
0.00
908
0.05
992
0.00
488
-93
4.25
94.
257
86.5
109.
153
-15.
583
75.1
83-0
.040
0.20
80.
289
0.16
81.
538
1.15
80.
552
0.00
911
0.05
976
0.00
490
-92
4.40
74.
406
86.4
078.
865
-15.
294
75.3
28-0
.039
0.20
80.
289
0.16
81.
537
1.15
80.
545
0.00
914
0.05
960
0.00
493
-91
4.55
94.
558
86.3
038.
587
-15.
005
75.4
74-0
.038
0.20
70.
289
0.16
91.
536
1.15
80.
539
0.00
916
0.05
944
0.00
495
-90
4.71
64.
715
86.2
008.
320
-14.
716
75.6
19-0
.037
0.20
70.
289
0.16
91.
536
1.15
80.
533
0.00
919
0.05
928
0.00
498
-89
4.87
74.
876
86.0
968.
063
-14.
426
75.7
65-0
.036
0.20
70.
289
0.17
01.
535
1.15
80.
528
0.00
922
0.05
913
0.00
500
-88
5.04
25.
042
85.9
937.
815
-14.
136
75.9
10-0
.036
0.20
70.
290
0.17
01.
534
1.15
80.
522
0.00
924
0.05
897
0.00
503
-87
5.21
25.
211
85.8
897.
577
-13.
846
76.0
56-0
.035
0.20
60.
290
0.17
01.
534
1.15
80.
516
0.00
927
0.05
881
0.00
505
-86
5.38
75.
386
85.7
857.
347
-13.
556
76.2
01-0
.034
0.20
60.
290
0.17
11.
533
1.15
90.
510
0.00
929
0.05
866
0.00
508
-85
5.56
65.
565
85.6
817.
125
-13.
266
76.3
46-0
.033
0.20
60.
290
0.17
11.
532
1.15
90.
505
0.00
932
0.05
850
0.00
510
-84
5.75
05.
749
85.5
776.
912
-12.
976
76.4
92-0
.033
0.20
60.
290
0.17
21.
532
1.15
90.
499
0.00
935
0.05
834
0.00
513
-83
5.93
95.
938
85.4
736.
706
-12.
686
76.6
37-0
.032
0.20
50.
290
0.17
21.
531
1.15
90.
494
0.00
937
0.05
819
0.00
515
-82
6.13
36.
132
85.3
696.
508
-12.
395
76.7
83-0
.031
0.20
50.
290
0.17
21.
531
1.15
90.
489
0.00
940
0.05
803
0.00
518
-81
6.33
16.
331
85.2
656.
316
-12.
104
76.9
28-0
.030
0.20
50.
291
0.17
31.
530
1.15
90.
484
0.00
943
0.05
788
0.00
521
-80
6.53
56.
535
85.1
616.
132
-11.
813
77.0
73-0
.029
0.20
50.
291
0.17
31.
530
1.15
90.
478
0.00
945
0.05
772
0.00
523
-79
6.74
56.
744
85.0
565.
953
-11.
522
77.2
19-0
.029
0.20
40.
291
0.17
41.
529
1.15
90.
473
0.00
948
0.05
757
0.00
526
-78
6.95
96.
959
84.9
525.
781
-11.
231
77.3
64-0
.028
0.20
40.
291
0.17
41.
529
1.15
90.
468
0.00
951
0.05
742
0.00
528
-77
7.17
97.
179
84.8
475.
615
-10.
939
77.5
09-0
.027
0.20
40.
291
0.17
51.
529
1.16
00.
464
0.00
953
0.05
726
0.00
531
-76
7.40
57.
404
84.7
425.
455
-10.
648
77.6
54-0
.026
0.20
40.
291
0.17
51.
528
1.16
00.
459
0.00
956
0.05
711
0.00
533
-75
7.63
67.
635
84.6
385.
300
-10.
356
77.8
00-0
.026
0.20
30.
292
0.17
51.
528
1.16
00.
454
0.00
959
0.05
696
0.00
536
-74
7.87
37.
872
84.5
335.
151
-10.
064
77.9
45-0
.025
0.20
30.
292
0.17
61.
528
1.16
00.
449
0.00
961
0.05
681
0.00
539
-73
8.11
58.
115
84.4
285.
007
-9.7
7278
.090
-0.0
240.
203
0.29
20.
176
1.52
71.
160
0.44
50.
0096
40.
0566
50.
0054
1-7
28.
364
8.36
484
.322
4.86
7-9
.479
78.2
35-0
.023
0.20
30.
292
0.17
71.
527
1.16
00.
440
0.00
967
0.05
650
0.00
544
-71
8.61
98.
619
84.2
174.
732
-9.1
8778
.380
-0.0
230.
203
0.29
20.
177
1.52
71.
161
0.43
50.
0096
90.
0563
50.
0054
6-7
08.
880
8.87
984
.112
4.60
2-8
.894
78.5
25-0
.022
0.20
20.
293
0.17
81.
526
1.16
10.
431
0.00
972
0.05
620
0.00
549
-69
9.14
79.
147
84.0
064.
476
-8.6
0178
.670
-0.0
210.
202
0.29
30.
178
1.52
61.
161
0.42
70.
0097
50.
0560
50.
0055
2-6
89.
420
9.42
083
.900
4.35
4-8
.308
78.8
14-0
.020
0.20
20.
293
0.17
81.
526
1.16
10.
422
0.00
977
0.05
590
0.00
554
-67
9.70
09.
700
83.7
954.
236
-8.0
1478
.959
-0.0
200.
202
0.29
30.
179
1.52
61.
161
0.41
80.
0098
00.
0557
50.
0055
7-6
69.
986
9.98
683
.689
4.12
2-7
.720
79.1
04-0
.019
0.20
20.
293
0.17
91.
525
1.16
20.
414
0.00
983
0.05
560
0.00
560
-65
10.2
8010
.280
83.5
834.
012
-7.4
2779
.248
-0.0
180.
201
0.29
40.
180
1.52
51.
162
0.41
00.
0098
50.
0554
50.
0056
2-6
410
.579
10.5
7983
.476
3.90
5-7
.132
79.3
93-0
.017
0.20
10.
294
0.18
01.
525
1.16
20.
405
0.00
988
0.05
530
0.00
565
P [p
sia]
k [B
tu/h
r-ft-
R]
μ [c
entip
ose]
Cp/
Cv
[uni
tless
]C
p [B
tu/R
-lb]
s [B
tu/R
-lb]
h [B
tu/lb
]
4
R-5
07a
(R-1
25/1
43a
50/5
0) P
rope
rtie
s at
Sat
urat
ion
T [F
]ρ
[lb/ft
^3]
v [ft
^3/lb
]B
ulk
Bub
ble
Dew
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
P [p
sia]
k [B
tu/h
r-ft-
R]
μ [c
entip
ose]
Cp/
Cv
[uni
tless
]C
p [B
tu/R
-lb]
s [B
tu/R
-lb]
h [B
tu/lb
]
-63
10.8
8610
.886
83.3
703.
802
-6.8
3879
.537
-0.0
170.
201
0.29
40.
181
1.52
51.
162
0.40
10.
0099
10.
0551
50.
0056
7-6
211
.200
11.2
0083
.264
3.70
1-6
.544
79.6
82-0
.016
0.20
10.
294
0.18
11.
525
1.16
30.
397
0.00
993
0.05
500
0.00
570
-61
11.5
2111
.521
83.1
573.
605
-6.2
4979
.826
-0.0
150.
201
0.29
50.
182
1.52
51.
163
0.39
40.
0099
60.
0548
60.
0057
3-6
011
.849
11.8
4983
.050
3.51
1-5
.954
79.9
70-0
.014
0.20
00.
295
0.18
21.
524
1.16
30.
390
0.00
999
0.05
471
0.00
575
-59
12.1
8512
.185
82.9
433.
420
-5.6
5980
.114
-0.0
140.
200
0.29
50.
183
1.52
41.
163
0.38
60.
0100
10.
0545
60.
0057
8-5
812
.528
12.5
2882
.836
3.33
2-5
.363
80.2
58-0
.013
0.20
00.
295
0.18
31.
524
1.16
40.
382
0.01
004
0.05
441
0.00
581
-57
12.8
7812
.878
82.7
293.
247
-5.0
6780
.402
-0.0
120.
200
0.29
50.
183
1.52
41.
164
0.37
80.
0100
70.
0542
70.
0058
3-5
613
.237
13.2
3682
.622
3.16
4-4
.771
80.5
46-0
.012
0.20
00.
296
0.18
41.
524
1.16
40.
375
0.01
009
0.05
412
0.00
586
-55
13.6
0313
.602
82.5
143.
084
-4.4
7580
.690
-0.0
110.
200
0.29
60.
184
1.52
41.
165
0.37
10.
0101
20.
0539
70.
0058
9-5
413
.977
13.9
7682
.406
3.00
6-4
.179
80.8
33-0
.010
0.19
90.
296
0.18
51.
524
1.16
50.
367
0.01
015
0.05
383
0.00
591
-53
14.3
5914
.358
82.2
982.
931
-3.8
8280
.977
-0.0
090.
199
0.29
60.
185
1.52
41.
165
0.36
40.
0101
80.
0536
80.
0059
4-5
214
.749
14.7
4982
.190
2.85
8-3
.585
81.1
20-0
.009
0.19
90.
297
0.18
61.
524
1.16
60.
360
0.01
020
0.05
354
0.00
597
-51
15.1
4715
.147
82.0
822.
787
-3.2
8881
.263
-0.0
080.
199
0.29
70.
186
1.52
41.
166
0.35
70.
0102
30.
0533
90.
0059
9-5
015
.554
15.5
5481
.974
2.71
8-2
.990
81.4
06-0
.007
0.19
90.
297
0.18
71.
524
1.16
60.
354
0.01
026
0.05
325
0.00
602
-49
15.9
7015
.969
81.8
652.
652
-2.6
9281
.549
-0.0
060.
199
0.29
70.
187
1.52
41.
167
0.35
00.
0102
90.
0531
00.
0060
5-4
816
.394
16.3
9381
.756
2.58
7-2
.394
81.6
92-0
.006
0.19
90.
298
0.18
81.
524
1.16
70.
347
0.01
031
0.05
296
0.00
607
-47
16.8
2716
.826
81.6
482.
524
-2.0
9681
.835
-0.0
050.
198
0.29
80.
188
1.52
41.
167
0.34
40.
0103
40.
0528
10.
0061
0-4
617
.269
17.2
6881
.538
2.46
3-1
.797
81.9
77-0
.004
0.19
80.
298
0.18
91.
524
1.16
80.
340
0.01
037
0.05
267
0.00
613
-45
17.7
1917
.718
81.4
292.
404
-1.4
9982
.119
-0.0
040.
198
0.29
90.
189
1.52
41.
168
0.33
70.
0103
90.
0525
30.
0061
6-4
418
.179
18.1
7881
.320
2.34
7-1
.199
82.2
62-0
.003
0.19
80.
299
0.19
01.
524
1.16
90.
334
0.01
042
0.05
238
0.00
618
-43
18.6
4818
.647
81.2
102.
291
-0.9
0082
.404
-0.0
020.
198
0.29
90.
190
1.52
51.
169
0.33
10.
0104
50.
0522
40.
0062
1-4
219
.127
19.1
2681
.100
2.23
7-0
.600
82.5
46-0
.001
0.19
80.
299
0.19
11.
525
1.16
90.
328
0.01
048
0.05
210
0.00
624
-41
19.6
1519
.614
80.9
902.
184
-0.3
0082
.687
-0.0
010.
198
0.30
00.
191
1.52
51.
170
0.32
50.
0105
10.
0519
60.
0062
7-4
020
.113
20.1
1180
.880
2.13
30.
000
82.8
290.
000
0.19
70.
300
0.19
21.
525
1.17
00.
322
0.01
053
0.05
181
0.00
629
-39
20.6
2120
.619
80.7
692.
083
0.30
182
.970
0.00
10.
197
0.30
00.
192
1.52
51.
171
0.31
90.
0105
60.
0516
70.
0063
2-3
821
.138
21.1
3680
.659
2.03
50.
601
83.1
120.
001
0.19
70.
301
0.19
31.
525
1.17
10.
316
0.01
059
0.05
153
0.00
635
-37
21.6
6621
.663
80.5
481.
988
0.90
383
.253
0.00
20.
197
0.30
10.
193
1.52
51.
172
0.31
30.
0106
20.
0513
90.
0063
7-3
622
.204
22.2
0180
.436
1.94
31.
204
83.3
940.
003
0.19
70.
301
0.19
41.
526
1.17
20.
310
0.01
064
0.05
125
0.00
640
-35
22.7
5222
.749
80.3
251.
898
1.50
683
.534
0.00
40.
197
0.30
10.
194
1.52
61.
173
0.30
80.
0106
70.
0511
10.
0064
3-3
423
.310
23.3
0780
.214
1.85
51.
808
83.6
750.
004
0.19
70.
302
0.19
51.
526
1.17
30.
305
0.01
070
0.05
097
0.00
646
-33
23.8
7923
.876
80.1
021.
813
2.11
083
.815
0.00
50.
196
0.30
20.
195
1.52
61.
174
0.30
20.
0107
30.
0508
30.
0064
9-3
224
.459
24.4
5579
.990
1.77
22.
413
83.9
550.
006
0.19
60.
302
0.19
61.
527
1.17
40.
299
0.01
076
0.05
069
0.00
651
-31
25.0
5025
.046
79.8
781.
733
2.71
684
.095
0.00
60.
196
0.30
30.
197
1.52
71.
175
0.29
70.
0107
80.
0505
50.
0065
4-3
025
.652
25.6
4779
.765
1.69
43.
020
84.2
350.
007
0.19
60.
303
0.19
71.
527
1.17
60.
294
0.01
081
0.05
041
0.00
657
-29
26.2
6426
.260
79.6
521.
657
3.32
384
.375
0.00
80.
196
0.30
30.
198
1.52
71.
176
0.29
20.
0108
40.
0502
70.
0066
0-2
826
.889
26.8
8379
.540
1.62
03.
627
84.5
140.
008
0.19
60.
304
0.19
81.
528
1.17
70.
289
0.01
087
0.05
013
0.00
662
-27
27.5
2427
.519
79.4
261.
584
3.93
284
.653
0.00
90.
196
0.30
40.
199
1.52
81.
177
0.28
70.
0109
00.
0499
90.
0066
5
5
R-5
07a
(R-1
25/1
43a
50/5
0) P
rope
rtie
s at
Sat
urat
ion
T [F
]ρ
[lb/ft
^3]
v [ft
^3/lb
]B
ulk
Bub
ble
Dew
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
P [p
sia]
k [B
tu/h
r-ft-
R]
μ [c
entip
ose]
Cp/
Cv
[uni
tless
]C
p [B
tu/R
-lb]
s [B
tu/R
-lb]
h [B
tu/lb
]
-26
28.1
7128
.165
79.3
131.
550
4.23
684
.792
0.01
00.
196
0.30
40.
199
1.52
81.
178
0.28
40.
0109
30.
0498
60.
0066
8-2
528
.830
28.8
2479
.199
1.51
64.
541
84.9
310.
011
0.19
60.
305
0.20
01.
529
1.17
90.
282
0.01
095
0.04
972
0.00
671
-24
29.5
0029
.494
79.0
851.
483
4.84
785
.069
0.01
10.
195
0.30
50.
200
1.52
91.
179
0.27
90.
0109
80.
0495
80.
0067
4-2
330
.183
30.1
7678
.971
1.45
15.
152
85.2
070.
012
0.19
50.
305
0.20
11.
529
1.18
00.
277
0.01
101
0.04
944
0.00
676
-22
30.8
7830
.870
78.8
571.
420
5.45
885
.345
0.01
30.
195
0.30
60.
202
1.53
01.
180
0.27
40.
0110
40.
0493
10.
0067
9-2
131
.584
31.5
7778
.742
1.39
05.
765
85.4
830.
013
0.19
50.
306
0.20
21.
530
1.18
10.
272
0.01
107
0.04
917
0.00
682
-20
32.3
0432
.295
78.6
271.
360
6.07
185
.621
0.01
40.
195
0.30
60.
203
1.53
11.
182
0.27
00.
0111
00.
0490
30.
0068
5-1
933
.036
33.0
2778
.512
1.33
16.
378
85.7
580.
015
0.19
50.
307
0.20
31.
531
1.18
30.
267
0.01
113
0.04
890
0.00
688
-18
33.7
8033
.771
78.3
971.
303
6.68
685
.895
0.01
50.
195
0.30
70.
204
1.53
11.
183
0.26
50.
0111
50.
0487
60.
0069
1-1
734
.537
34.5
2878
.281
1.27
66.
994
86.0
320.
016
0.19
50.
307
0.20
41.
532
1.18
40.
263
0.01
118
0.04
863
0.00
693
-16
35.3
0835
.297
78.1
651.
249
7.30
286
.168
0.01
70.
195
0.30
80.
205
1.53
21.
185
0.26
10.
0112
10.
0484
90.
0069
6-1
536
.091
36.0
8078
.048
1.22
37.
610
86.3
040.
018
0.19
50.
308
0.20
61.
533
1.18
50.
258
0.01
124
0.04
835
0.00
699
-14
36.8
8836
.876
77.9
321.
198
7.91
986
.440
0.01
80.
194
0.30
80.
206
1.53
31.
186
0.25
60.
0112
70.
0482
20.
0070
2-1
337
.698
37.6
8677
.815
1.17
38.
228
86.5
760.
019
0.19
40.
309
0.20
71.
534
1.18
70.
254
0.01
130
0.04
809
0.00
705
-12
38.5
2238
.509
77.6
981.
149
8.53
886
.711
0.02
00.
194
0.30
90.
207
1.53
41.
188
0.25
20.
0113
30.
0479
50.
0070
8-1
139
.359
39.3
4677
.580
1.12
58.
848
86.8
460.
020
0.19
40.
310
0.20
81.
535
1.18
90.
250
0.01
136
0.04
782
0.00
711
-10
40.2
1040
.196
77.4
631.
103
9.15
886
.981
0.02
10.
194
0.31
00.
209
1.53
51.
189
0.24
80.
0113
90.
0476
80.
0071
4-9
41.0
7541
.061
77.3
441.
080
9.46
987
.116
0.02
20.
194
0.31
00.
209
1.53
61.
190
0.24
60.
0114
20.
0475
50.
0071
6-8
41.9
5541
.940
77.2
261.
058
9.78
087
.250
0.02
20.
194
0.31
10.
210
1.53
61.
191
0.24
40.
0114
50.
0474
20.
0071
9-7
42.8
4942
.833
77.1
071.
037
10.0
9287
.384
0.02
30.
194
0.31
10.
210
1.53
71.
192
0.24
20.
0114
70.
0472
80.
0072
2-6
43.7
5743
.740
76.9
881.
016
10.4
0487
.518
0.02
40.
194
0.31
20.
211
1.53
81.
193
0.24
00.
0115
00.
0471
50.
0072
5-5
44.6
8044
.662
76.8
690.
996
10.7
1687
.651
0.02
40.
194
0.31
20.
212
1.53
81.
194
0.23
80.
0115
30.
0470
20.
0072
8-4
45.6
1745
.599
76.7
490.
976
11.0
2987
.784
0.02
50.
194
0.31
20.
212
1.53
91.
195
0.23
60.
0115
60.
0468
80.
0073
1-3
46.5
7046
.551
76.6
290.
957
11.3
4287
.917
0.02
60.
193
0.31
30.
213
1.53
91.
196
0.23
40.
0115
90.
0467
50.
0073
4-2
47.5
3747
.518
76.5
090.
938
11.6
5688
.049
0.02
60.
193
0.31
30.
214
1.54
01.
197
0.23
20.
0116
20.
0466
20.
0073
7-1
48.5
2048
.500
76.3
880.
920
11.9
7088
.181
0.02
70.
193
0.31
40.
214
1.54
11.
198
0.23
00.
0116
50.
0464
90.
0074
00
49.5
1949
.497
76.2
670.
902
12.2
8488
.313
0.02
80.
193
0.31
40.
215
1.54
11.
199
0.22
80.
0116
80.
0463
60.
0074
31
50.5
3250
.510
76.1
460.
884
12.5
9988
.444
0.02
80.
193
0.31
40.
216
1.54
21.
200
0.22
60.
0117
10.
0462
30.
0074
62
51.5
6251
.539
76.0
240.
867
12.9
1488
.575
0.02
90.
193
0.31
50.
216
1.54
31.
201
0.22
50.
0117
40.
0461
00.
0074
93
52.6
0752
.583
75.9
020.
850
13.2
3088
.706
0.03
00.
193
0.31
50.
217
1.54
31.
202
0.22
30.
0117
70.
0459
60.
0075
24
53.6
6953
.643
75.7
800.
834
13.5
4688
.836
0.03
10.
193
0.31
60.
218
1.54
41.
203
0.22
10.
0118
10.
0458
30.
0075
55
54.7
4654
.720
75.6
570.
818
13.8
6288
.966
0.03
10.
193
0.31
60.
218
1.54
51.
204
0.21
90.
0118
40.
0457
00.
0075
86
55.8
4055
.813
75.5
340.
802
14.1
7989
.096
0.03
20.
193
0.31
70.
219
1.54
61.
205
0.21
80.
0118
70.
0455
70.
0076
17
56.9
5156
.922
75.4
110.
787
14.4
9789
.225
0.03
30.
193
0.31
70.
220
1.54
71.
206
0.21
60.
0119
00.
0454
40.
0076
48
58.0
7858
.049
75.2
870.
772
14.8
1589
.354
0.03
30.
193
0.31
70.
220
1.54
71.
207
0.21
40.
0119
30.
0453
10.
0076
79
59.2
2259
.191
75.1
620.
757
15.1
3389
.482
0.03
40.
193
0.31
80.
221
1.54
81.
208
0.21
20.
0119
60.
0451
90.
0077
010
60.3
8360
.351
75.0
380.
743
15.4
5289
.610
0.03
50.
192
0.31
80.
222
1.54
91.
209
0.21
10.
0119
90.
0450
60.
0077
3
6
R-5
07a
(R-1
25/1
43a
50/5
0) P
rope
rtie
s at
Sat
urat
ion
T [F
]ρ
[lb/ft
^3]
v [ft
^3/lb
]B
ulk
Bub
ble
Dew
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
P [p
sia]
k [B
tu/h
r-ft-
R]
μ [c
entip
ose]
Cp/
Cv
[uni
tless
]C
p [B
tu/R
-lb]
s [B
tu/R
-lb]
h [B
tu/lb
]
1161
.561
61.5
2874
.913
0.72
915
.771
89.7
380.
035
0.19
20.
319
0.22
21.
550
1.21
10.
209
0.01
202
0.04
493
0.00
776
1262
.756
62.7
2274
.787
0.71
516
.091
89.8
650.
036
0.19
20.
319
0.22
31.
551
1.21
20.
207
0.01
205
0.04
480
0.00
779
1363
.969
63.9
3474
.661
0.70
216
.411
89.9
920.
037
0.19
20.
320
0.22
41.
552
1.21
30.
206
0.01
208
0.04
467
0.00
782
1465
.199
65.1
6474
.535
0.68
916
.731
90.1
190.
037
0.19
20.
320
0.22
51.
553
1.21
40.
204
0.01
211
0.04
454
0.00
785
1566
.448
66.4
1174
.408
0.67
617
.052
90.2
450.
038
0.19
20.
321
0.22
51.
553
1.21
60.
203
0.01
215
0.04
442
0.00
788
1667
.714
67.6
7674
.281
0.66
417
.374
90.3
700.
039
0.19
20.
321
0.22
61.
554
1.21
70.
201
0.01
218
0.04
429
0.00
791
1768
.999
68.9
5974
.154
0.65
217
.696
90.4
950.
039
0.19
20.
322
0.22
71.
555
1.21
80.
200
0.01
221
0.04
416
0.00
794
1870
.301
70.2
6174
.026
0.64
018
.019
90.6
200.
040
0.19
20.
322
0.22
81.
556
1.22
00.
198
0.01
224
0.04
403
0.00
797
1971
.623
71.5
8173
.898
0.62
818
.342
90.7
440.
041
0.19
20.
323
0.22
81.
557
1.22
10.
196
0.01
227
0.04
391
0.00
801
2072
.963
72.9
1973
.769
0.61
718
.665
90.8
680.
041
0.19
20.
323
0.22
91.
558
1.22
30.
195
0.01
231
0.04
378
0.00
804
2174
.321
74.2
7673
.639
0.60
518
.989
90.9
910.
042
0.19
20.
324
0.23
01.
560
1.22
40.
193
0.01
234
0.04
365
0.00
807
2275
.699
75.6
5373
.510
0.59
419
.314
91.1
140.
043
0.19
20.
324
0.23
11.
561
1.22
50.
192
0.01
237
0.04
353
0.00
810
2377
.096
77.0
4873
.379
0.58
419
.639
91.2
370.
043
0.19
20.
325
0.23
11.
562
1.22
70.
191
0.01
240
0.04
340
0.00
813
2478
.512
78.4
6373
.249
0.57
319
.964
91.3
580.
044
0.19
20.
325
0.23
21.
563
1.22
90.
189
0.01
243
0.04
327
0.00
816
2579
.948
79.8
9773
.118
0.56
320
.291
91.4
800.
045
0.19
10.
326
0.23
31.
564
1.23
00.
188
0.01
247
0.04
315
0.00
819
2681
.403
81.3
5172
.986
0.55
320
.617
91.6
010.
045
0.19
10.
327
0.23
41.
565
1.23
20.
186
0.01
250
0.04
302
0.00
823
2782
.879
82.8
2572
.854
0.54
320
.944
91.7
210.
046
0.19
10.
327
0.23
51.
566
1.23
30.
185
0.01
253
0.04
290
0.00
826
2884
.374
84.3
1972
.721
0.53
321
.272
91.8
410.
047
0.19
10.
328
0.23
51.
568
1.23
50.
183
0.01
257
0.04
277
0.00
829
2985
.890
85.8
3372
.588
0.52
421
.600
91.9
600.
047
0.19
10.
328
0.23
61.
569
1.23
70.
182
0.01
260
0.04
265
0.00
832
3087
.426
87.3
6772
.454
0.51
521
.929
92.0
790.
048
0.19
10.
329
0.23
71.
570
1.23
80.
181
0.01
263
0.04
252
0.00
835
3188
.982
88.9
2272
.320
0.50
622
.258
92.1
970.
049
0.19
10.
329
0.23
81.
571
1.24
00.
179
0.01
267
0.04
240
0.00
839
3290
.559
90.4
9872
.186
0.49
722
.588
92.3
150.
049
0.19
10.
330
0.23
91.
573
1.24
20.
178
0.01
270
0.04
228
0.00
842
3392
.157
92.0
9472
.050
0.48
822
.919
92.4
320.
050
0.19
10.
331
0.24
01.
574
1.24
40.
177
0.01
273
0.04
215
0.00
845
3493
.776
93.7
1271
.915
0.47
923
.250
92.5
480.
051
0.19
10.
331
0.24
11.
576
1.24
60.
175
0.01
277
0.04
203
0.00
849
3595
.417
95.3
5071
.778
0.47
123
.581
92.6
640.
051
0.19
10.
332
0.24
11.
577
1.24
80.
174
0.01
280
0.04
191
0.00
852
3697
.079
97.0
1071
.641
0.46
323
.914
92.7
790.
052
0.19
10.
332
0.24
21.
578
1.25
00.
173
0.01
284
0.04
178
0.00
855
3798
.762
98.6
9271
.504
0.45
524
.247
92.8
940.
053
0.19
10.
333
0.24
31.
580
1.25
20.
171
0.01
287
0.04
166
0.00
859
3810
0.46
810
0.39
671
.366
0.44
724
.580
93.0
080.
053
0.19
10.
334
0.24
41.
581
1.25
40.
170
0.01
290
0.04
154
0.00
862
3910
2.19
510
2.12
171
.227
0.43
924
.914
93.1
210.
054
0.19
10.
334
0.24
51.
583
1.25
60.
169
0.01
294
0.04
141
0.00
865
4010
3.94
510
3.86
971
.088
0.43
225
.249
93.2
340.
055
0.19
10.
335
0.24
61.
584
1.25
80.
168
0.01
297
0.04
129
0.00
869
4110
5.71
710
5.63
970
.948
0.42
425
.584
93.3
460.
055
0.19
10.
336
0.24
71.
586
1.26
00.
166
0.01
301
0.04
117
0.00
872
4210
7.51
110
7.43
270
.808
0.41
725
.920
93.4
580.
056
0.19
00.
336
0.24
81.
588
1.26
20.
165
0.01
304
0.04
105
0.00
875
4310
9.32
810
9.24
770
.667
0.41
026
.256
93.5
690.
057
0.19
00.
337
0.24
91.
589
1.26
40.
164
0.01
308
0.04
093
0.00
879
4411
1.16
811
1.08
570
.525
0.40
326
.593
93.6
790.
057
0.19
00.
338
0.25
01.
591
1.26
70.
163
0.01
312
0.04
080
0.00
882
4511
3.03
211
2.94
670
.383
0.39
626
.931
93.7
880.
058
0.19
00.
338
0.25
11.
593
1.26
90.
161
0.01
315
0.04
068
0.00
886
4611
4.91
811
4.83
170
.240
0.38
927
.269
93.8
970.
059
0.19
00.
339
0.25
21.
595
1.27
10.
160
0.01
319
0.04
056
0.00
890
4711
6.82
811
6.73
970
.096
0.38
327
.609
94.0
050.
059
0.19
00.
340
0.25
31.
596
1.27
40.
159
0.01
322
0.04
044
0.00
894
7
R-5
07a
(R-1
25/1
43a
50/5
0) P
rope
rtie
s at
Sat
urat
ion
T [F
]ρ
[lb/ft
^3]
v [ft
^3/lb
]B
ulk
Bub
ble
Dew
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
P [p
sia]
k [B
tu/h
r-ft-
R]
μ [c
entip
ose]
Cp/
Cv
[uni
tless
]C
p [B
tu/R
-lb]
s [B
tu/R
-lb]
h [B
tu/lb
]
4811
8.76
211
8.67
069
.952
0.37
627
.948
94.1
120.
060
0.19
00.
341
0.25
41.
598
1.27
60.
158
0.01
326
0.04
032
0.00
898
4912
0.71
912
0.62
669
.807
0.37
028
.289
94.2
180.
060
0.19
00.
341
0.25
51.
600
1.27
90.
157
0.01
330
0.04
020
0.00
902
5012
2.70
112
2.60
569
.661
0.36
428
.630
94.3
240.
061
0.19
00.
342
0.25
61.
602
1.28
20.
156
0.01
333
0.04
008
0.00
906
5112
4.70
712
4.60
969
.515
0.35
828
.972
94.4
290.
062
0.19
00.
343
0.25
71.
604
1.28
40.
154
0.01
337
0.03
996
0.00
910
5212
6.73
712
6.63
769
.368
0.35
229
.314
94.5
330.
062
0.19
00.
344
0.25
81.
606
1.28
70.
153
0.01
341
0.03
984
0.00
914
5312
8.79
212
8.69
069
.220
0.34
629
.657
94.6
360.
063
0.19
00.
344
0.25
91.
608
1.29
00.
152
0.01
353
0.03
972
0.00
926
5413
0.87
213
0.76
769
.072
0.34
030
.001
94.7
390.
064
0.19
00.
345
0.26
01.
610
1.29
30.
151
0.01
357
0.03
960
0.00
930
5513
2.97
613
2.87
068
.922
0.33
430
.346
94.8
400.
064
0.19
00.
346
0.26
21.
613
1.29
60.
150
0.01
361
0.03
948
0.00
935
5613
5.10
613
4.99
868
.772
0.32
930
.691
94.9
410.
065
0.19
00.
347
0.26
31.
615
1.29
90.
149
0.01
365
0.03
936
0.00
939
5713
7.26
213
7.15
168
.621
0.32
331
.037
95.0
410.
066
0.19
00.
348
0.26
41.
617
1.30
20.
148
0.01
369
0.03
924
0.00
944
5813
9.44
313
9.33
068
.470
0.31
831
.384
95.1
400.
066
0.19
00.
349
0.26
51.
619
1.30
50.
147
0.01
373
0.03
912
0.00
948
5914
1.65
014
1.53
468
.317
0.31
331
.732
95.2
390.
067
0.19
00.
349
0.26
61.
622
1.30
80.
145
0.01
377
0.03
900
0.00
953
6014
3.88
314
3.76
568
.164
0.30
832
.080
95.3
360.
068
0.18
90.
350
0.26
81.
624
1.31
10.
144
0.01
381
0.03
888
0.00
957
6114
6.14
214
6.02
168
.010
0.30
332
.429
95.4
320.
068
0.18
90.
351
0.26
91.
627
1.31
50.
143
0.01
386
0.03
876
0.00
962
6214
8.42
714
8.30
567
.855
0.29
832
.779
95.5
280.
069
0.18
90.
352
0.27
01.
629
1.31
80.
142
0.01
390
0.03
865
0.00
967
6315
0.74
015
0.61
467
.699
0.29
333
.130
95.6
220.
070
0.18
90.
353
0.27
11.
632
1.32
20.
141
0.01
394
0.03
853
0.00
971
6415
3.07
915
2.95
167
.543
0.28
833
.482
95.7
160.
070
0.18
90.
354
0.27
31.
634
1.32
50.
140
0.01
398
0.03
841
0.00
976
6515
5.44
515
5.31
567
.385
0.28
333
.834
95.8
080.
071
0.18
90.
355
0.27
41.
637
1.32
90.
139
0.01
403
0.03
829
0.00
981
6615
7.83
815
7.70
567
.227
0.27
934
.187
95.9
000.
072
0.18
90.
356
0.27
61.
640
1.33
30.
138
0.01
407
0.03
817
0.00
986
6716
0.25
916
0.12
467
.067
0.27
434
.542
95.9
900.
072
0.18
90.
357
0.27
71.
643
1.33
70.
137
0.01
411
0.03
806
0.00
991
6816
2.70
716
2.57
066
.907
0.27
034
.897
96.0
800.
073
0.18
90.
358
0.27
81.
645
1.34
10.
136
0.01
416
0.03
794
0.00
996
6916
5.18
316
5.04
366
.746
0.26
535
.252
96.1
680.
074
0.18
90.
359
0.28
01.
648
1.34
50.
135
0.01
420
0.03
782
0.01
001
7016
7.68
816
7.54
566
.583
0.26
135
.609
96.2
550.
074
0.18
90.
360
0.28
11.
651
1.34
90.
134
0.01
425
0.03
770
0.01
006
7117
0.22
017
0.07
566
.420
0.25
735
.967
96.3
420.
075
0.18
90.
361
0.28
31.
655
1.35
30.
133
0.01
430
0.03
759
0.01
011
7217
2.78
217
2.63
466
.256
0.25
236
.325
96.4
270.
076
0.18
90.
362
0.28
51.
658
1.35
70.
132
0.01
434
0.03
747
0.01
016
7317
5.37
217
5.22
166
.090
0.24
836
.685
96.5
110.
076
0.18
90.
363
0.28
61.
661
1.36
20.
131
0.01
439
0.03
735
0.01
022
7417
7.99
117
7.83
865
.924
0.24
437
.045
96.5
930.
077
0.18
90.
364
0.28
81.
664
1.36
70.
130
0.01
444
0.03
724
0.01
027
7518
0.63
918
0.48
365
.756
0.24
037
.406
96.6
750.
078
0.18
90.
365
0.28
91.
668
1.37
10.
129
0.01
448
0.03
712
0.01
033
7618
3.31
618
3.15
865
.588
0.23
637
.769
96.7
550.
078
0.18
80.
367
0.29
11.
671
1.37
60.
128
0.01
453
0.03
700
0.01
038
7718
6.02
318
5.86
365
.418
0.23
338
.132
96.8
350.
079
0.18
80.
368
0.29
31.
675
1.38
10.
127
0.01
458
0.03
689
0.01
044
7818
8.76
018
8.59
765
.247
0.22
938
.496
96.9
130.
080
0.18
80.
369
0.29
51.
678
1.38
60.
126
0.01
463
0.03
677
0.01
049
7919
1.52
719
1.36
165
.075
0.22
538
.862
96.9
890.
080
0.18
80.
370
0.29
61.
682
1.39
20.
125
0.01
468
0.03
665
0.01
055
8019
4.32
419
4.15
664
.902
0.22
139
.228
97.0
650.
081
0.18
80.
371
0.29
81.
686
1.39
70.
124
0.01
473
0.03
654
0.01
061
8119
7.15
219
6.98
164
.728
0.21
839
.595
97.1
390.
082
0.18
80.
373
0.30
01.
690
1.40
30.
123
0.01
478
0.03
642
0.01
067
8220
0.01
019
9.83
764
.552
0.21
439
.964
97.2
110.
082
0.18
80.
374
0.30
21.
694
1.40
80.
122
0.01
483
0.03
631
0.01
072
8320
2.90
020
2.72
364
.375
0.21
140
.333
97.2
820.
083
0.18
80.
375
0.30
41.
698
1.41
40.
121
0.01
488
0.03
619
0.01
078
8420
5.82
120
5.64
164
.197
0.20
740
.704
97.3
520.
084
0.18
80.
377
0.30
61.
703
1.42
00.
121
0.01
493
0.03
608
0.01
085
8
R-5
07a
(R-1
25/1
43a
50/5
0) P
rope
rtie
s at
Sat
urat
ion
T [F
]ρ
[lb/ft
^3]
v [ft
^3/lb
]B
ulk
Bub
ble
Dew
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
P [p
sia]
k [B
tu/h
r-ft-
R]
μ [c
entip
ose]
Cp/
Cv
[uni
tless
]C
p [B
tu/R
-lb]
s [B
tu/R
-lb]
h [B
tu/lb
]
8520
8.77
320
8.59
164
.017
0.20
441
.076
97.4
210.
084
0.18
80.
378
0.30
81.
707
1.42
70.
120
0.01
499
0.03
596
0.01
091
8621
1.75
621
1.57
263
.836
0.20
141
.449
97.4
880.
085
0.18
80.
380
0.31
01.
712
1.43
30.
119
0.01
504
0.03
584
0.01
097
8721
4.77
221
4.58
563
.654
0.19
741
.823
97.5
530.
086
0.18
80.
381
0.31
31.
716
1.44
00.
118
0.01
509
0.03
573
0.01
103
8821
7.82
021
7.63
063
.470
0.19
442
.198
97.6
170.
086
0.18
70.
383
0.31
51.
721
1.44
60.
117
0.01
515
0.03
561
0.01
110
8922
0.90
022
0.70
763
.285
0.19
142
.575
97.6
790.
087
0.18
70.
384
0.31
71.
726
1.45
30.
116
0.01
520
0.03
550
0.01
116
9022
4.01
322
3.81
863
.099
0.18
842
.952
97.7
400.
088
0.18
70.
386
0.32
01.
731
1.46
10.
115
0.01
526
0.03
538
0.01
123
9122
7.15
922
6.96
162
.910
0.18
543
.331
97.7
990.
088
0.18
70.
387
0.32
21.
736
1.46
80.
114
0.01
532
0.03
527
0.01
130
9223
0.33
823
0.13
762
.721
0.18
243
.711
97.8
570.
089
0.18
70.
389
0.32
51.
742
1.47
60.
113
0.01
537
0.03
515
0.01
136
9323
3.55
023
3.34
662
.529
0.17
944
.093
97.9
120.
090
0.18
70.
391
0.32
71.
747
1.48
40.
112
0.01
543
0.03
504
0.01
143
9423
6.79
623
6.59
062
.336
0.17
644
.476
97.9
660.
090
0.18
70.
393
0.33
01.
753
1.49
20.
111
0.01
549
0.03
493
0.01
150
9524
0.07
623
9.86
762
.142
0.17
344
.860
98.0
190.
091
0.18
70.
394
0.33
31.
759
1.50
00.
111
0.01
555
0.03
481
0.01
158
9624
3.39
024
3.17
861
.945
0.17
045
.246
98.0
690.
092
0.18
70.
396
0.33
51.
765
1.50
90.
110
0.01
561
0.03
470
0.01
165
9724
6.73
824
6.52
461
.747
0.16
845
.633
98.1
170.
092
0.18
70.
398
0.33
81.
771
1.51
80.
109
0.01
567
0.03
458
0.01
172
9825
0.12
124
9.90
461
.547
0.16
546
.021
98.1
640.
093
0.18
70.
400
0.34
11.
777
1.52
70.
108
0.01
574
0.03
447
0.01
180
9925
3.53
925
3.32
061
.346
0.16
246
.411
98.2
080.
094
0.18
60.
402
0.34
41.
784
1.53
70.
107
0.01
580
0.03
435
0.01
188
100
256.
993
256.
770
61.1
420.
160
46.8
0398
.251
0.09
40.
186
0.40
40.
347
1.79
11.
547
0.10
60.
0158
60.
0342
40.
0119
610
126
0.48
126
0.25
660
.936
0.15
747
.196
98.2
910.
095
0.18
60.
406
0.35
11.
798
1.55
70.
105
0.01
593
0.03
413
0.01
204
102
264.
006
263.
778
60.7
290.
154
47.5
9098
.329
0.09
60.
186
0.40
90.
354
1.80
51.
568
0.10
40.
0160
00.
0340
10.
0121
310
326
7.56
626
7.33
660
.519
0.15
247
.987
98.3
660.
096
0.18
60.
411
0.35
81.
813
1.57
90.
104
0.01
606
0.03
390
0.01
221
104
271.
163
270.
931
60.3
070.
149
48.3
8598
.399
0.09
70.
186
0.41
30.
361
1.82
11.
591
0.10
30.
0161
30.
0337
90.
0123
010
527
4.79
727
4.56
160
.093
0.14
748
.784
98.4
310.
098
0.18
60.
416
0.36
51.
829
1.60
30.
102
0.01
620
0.03
367
0.01
239
106
278.
467
278.
229
59.8
770.
144
49.1
8598
.460
0.09
90.
186
0.41
80.
369
1.83
71.
615
0.10
10.
0162
70.
0335
60.
0124
810
728
2.17
528
1.93
459
.658
0.14
249
.589
98.4
860.
099
0.18
60.
421
0.37
31.
846
1.62
80.
100
0.01
635
0.03
345
0.01
257
108
285.
920
285.
677
59.4
370.
140
49.9
9498
.510
0.10
00.
185
0.42
30.
377
1.85
51.
642
0.09
90.
0164
20.
0333
30.
0126
610
928
9.70
228
9.45
859
.214
0.13
750
.401
98.5
320.
101
0.18
50.
426
0.38
11.
864
1.65
60.
098
0.01
650
0.03
322
0.01
276
110
293.
523
293.
276
58.9
880.
135
50.8
0998
.551
0.10
10.
185
0.42
90.
386
1.87
41.
671
0.09
80.
0165
70.
0331
10.
0128
611
129
7.38
329
7.13
358
.759
0.13
351
.220
98.5
670.
102
0.18
50.
432
0.39
01.
884
1.68
60.
097
0.01
665
0.03
299
0.01
296
112
301.
281
301.
029
58.5
280.
130
51.6
3398
.580
0.10
30.
185
0.43
50.
395
1.89
51.
702
0.09
60.
0167
30.
0328
80.
0130
611
330
5.21
830
4.96
458
.294
0.12
852
.048
98.5
900.
103
0.18
50.
438
0.40
01.
906
1.71
80.
095
0.01
681
0.03
277
0.01
317
114
309.
195
308.
938
58.0
570.
126
52.4
6598
.597
0.10
40.
185
0.44
20.
406
1.91
81.
736
0.09
40.
0168
90.
0326
60.
0132
811
531
3.21
131
2.95
257
.817
0.12
452
.885
98.6
010.
105
0.18
40.
445
0.41
11.
930
1.75
40.
093
0.01
698
0.03
254
0.01
339
116
317.
267
317.
006
57.5
740.
122
53.3
0698
.601
0.10
60.
184
0.44
90.
417
1.94
21.
773
0.09
30.
0170
70.
0324
30.
0135
011
732
1.36
432
1.10
157
.327
0.12
053
.731
98.5
980.
106
0.18
40.
453
0.42
31.
955
1.79
30.
092
0.01
715
0.03
232
0.01
362
118
325.
501
325.
236
57.0
770.
118
54.1
5798
.592
0.10
70.
184
0.45
70.
429
1.96
91.
814
0.09
10.
0172
40.
0322
10.
0137
411
932
9.67
932
9.41
356
.824
0.11
554
.586
98.5
820.
108
0.18
40.
461
0.43
61.
983
1.83
60.
090
0.01
734
0.03
210
0.01
387
120
333.
899
333.
631
56.5
670.
113
55.0
1898
.568
0.10
80.
184
0.46
50.
443
1.99
81.
860
0.08
90.
0174
30.
0319
80.
0139
912
133
8.16
133
7.89
156
.307
0.11
155
.453
98.5
500.
109
0.18
30.
470
0.45
02.
014
1.88
40.
088
0.01
753
0.03
187
0.01
412
9
R-5
07a
(R-1
25/1
43a
50/5
0) P
rope
rtie
s at
Sat
urat
ion
T [F
]ρ
[lb/ft
^3]
v [ft
^3/lb
]B
ulk
Bub
ble
Dew
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
Liqu
idV
apor
P [p
sia]
k [B
tu/h
r-ft-
R]
μ [c
entip
ose]
Cp/
Cv
[uni
tless
]C
p [B
tu/R
-lb]
s [B
tu/R
-lb]
h [B
tu/lb
]
122
342.
465
342.
194
56.0
420.
109
55.8
9098
.528
0.11
00.
183
0.47
50.
458
2.03
11.
910
0.08
70.
0176
30.
0317
60.
0142
612
334
6.81
234
6.53
955
.773
0.10
756
.331
98.5
010.
111
0.18
30.
480
0.46
62.
049
1.93
80.
087
0.01
773
0.03
165
0.01
440
124
351.
201
350.
927
55.5
000.
106
56.7
7498
.470
0.11
10.
183
0.48
50.
474
2.06
71.
966
0.08
60.
0178
40.
0315
40.
0145
412
535
5.63
535
5.35
855
.223
0.10
457
.221
98.4
350.
112
0.18
30.
490
0.48
32.
087
1.99
70.
085
0.01
795
0.03
143
0.01
469
126
360.
111
359.
834
54.9
410.
102
57.6
7198
.394
0.11
30.
182
0.49
60.
493
2.10
72.
030
0.08
40.
0180
60.
0313
30.
0148
412
736
4.63
336
4.35
454
.654
0.10
058
.125
98.3
480.
114
0.18
20.
503
0.50
32.
129
2.06
40.
083
0.01
817
0.03
122
0.01
500
128
369.
198
368.
919
54.3
610.
098
58.5
8298
.297
0.11
40.
182
0.50
90.
514
2.15
32.
101
0.08
20.
0182
90.
0311
10.
0151
712
937
3.81
037
3.52
954
.064
0.09
659
.043
98.2
400.
115
0.18
20.
516
0.52
52.
178
2.14
10.
081
0.01
841
0.03
100
0.01
534
130
378.
466
378.
185
53.7
600.
094
59.5
0998
.177
0.11
60.
181
0.52
40.
538
2.20
42.
183
0.08
10.
0185
40.
0309
00.
0155
113
138
3.16
938
2.88
753
.451
0.09
359
.978
98.1
080.
117
0.18
10.
532
0.55
12.
233
2.22
80.
080
0.01
867
0.03
079
0.01
570
132
387.
919
387.
636
53.1
350.
091
60.4
5298
.032
0.11
70.
181
0.54
00.
565
2.26
32.
277
0.07
90.
0188
00.
0306
90.
0158
913
339
2.71
539
2.43
252
.813
0.08
960
.930
97.9
490.
118
0.18
10.
549
0.58
02.
296
2.33
00.
078
0.01
894
0.03
059
0.01
609
134
397.
560
397.
276
52.4
830.
087
61.4
1497
.858
0.11
90.
180
0.55
90.
596
2.33
12.
386
0.07
70.
0190
90.
0304
90.
0162
913
540
2.45
240
2.16
952
.145
0.08
561
.903
97.7
600.
120
0.18
00.
570
0.61
42.
369
2.44
80.
076
0.01
924
0.03
039
0.01
651
136
407.
394
407.
110
51.8
000.
084
62.3
9797
.652
0.12
10.
180
0.58
20.
634
2.41
12.
515
0.07
50.
0194
00.
0303
00.
0167
413
741
2.38
441
2.10
151
.445
0.08
262
.898
97.5
360.
121
0.17
90.
594
0.65
52.
456
2.58
80.
074
0.01
956
0.03
020
0.01
698
138
417.
425
417.
143
51.0
810.
080
63.4
0597
.410
0.12
20.
179
0.60
80.
678
2.50
52.
668
0.07
30.
0197
30.
0301
10.
0172
313
942
2.51
742
2.23
650
.707
0.07
963
.918
97.2
730.
123
0.17
90.
623
0.70
32.
560
2.75
70.
073
0.01
991
0.03
003
0.01
749
140
427.
660
427.
380
50.3
230.
077
64.4
3997
.125
0.12
40.
178
0.64
00.
731
2.62
02.
855
0.07
20.
0201
00.
0299
40.
0177
714
143
2.85
643
2.57
749
.926
0.07
564
.969
96.9
640.
125
0.17
80.
658
0.76
32.
686
2.96
30.
071
0.02
030
0.02
987
0.01
806
142
438.
104
437.
827
49.5
160.
073
65.5
0796
.790
0.12
60.
178
0.67
90.
798
2.76
13.
085
0.07
00.
0205
00.
0298
00.
0183
714
344
3.40
744
3.13
149
.092
0.07
266
.054
96.6
010.
126
0.17
70.
702
0.83
72.
845
3.22
20.
069
0.02
072
0.02
973
0.01
871
144
448.
764
448.
490
48.6
520.
070
66.6
1296
.396
0.12
70.
177
0.72
90.
882
2.94
03.
378
0.06
80.
0209
60.
0296
80.
0190
614
545
4.17
745
3.90
648
.195
0.06
867
.182
96.1
730.
128
0.17
60.
759
0.93
33.
049
3.55
60.
067
0.02
120
0.02
963
0.01
945
146
459.
646
459.
378
47.7
180.
067
67.7
6495
.930
0.12
90.
176
0.79
40.
992
3.17
53.
761
0.06
60.
0214
70.
0296
00.
0198
614
746
5.17
346
4.90
947
.219
0.06
568
.362
95.6
640.
130
0.17
50.
835
1.06
13.
322
4.00
10.
065
0.02
175
0.02
958
0.02
031
148
470.
760
470.
500
46.6
950.
063
68.9
7695
.373
0.13
10.
175
0.88
31.
142
3.49
74.
285
0.06
30.
0220
60.
0295
80.
0208
014
947
6.40
647
6.15
246
.141
0.06
169
.609
95.0
520.
132
0.17
40.
942
1.24
03.
708
4.62
50.
062
0.02
239
0.02
961
0.02
135
150
482.
115
481.
866
45.5
540.
060
70.2
6594
.697
0.13
30.
173
1.01
31.
361
3.96
75.
042
0.06
10.
0227
60.
0296
60.
0219
515
148
7.88
748
7.64
544
.926
0.05
870
.947
94.3
010.
134
0.17
21.
104
1.51
14.
293
5.56
30.
060
0.02
316
0.02
975
0.02
264
152
493.
725
493.
490
44.2
490.
056
71.6
6293
.857
0.13
50.
172
1.22
21.
705
4.71
76.
233
0.05
80.
0236
10.
0298
90.
0234
415
349
9.63
049
9.40
443
.510
0.05
472
.417
93.3
510.
137
0.17
11.
381
1.96
35.
289
7.12
50.
057
0.02
412
0.03
009
0.02
437
154
505.
606
505.
390
42.6
910.
052
73.2
2692
.768
0.13
80.
170
1.60
72.
326
6.10
28.
372
0.05
60.
0247
10.
0303
80.
0255
015
551
1.65
451
1.45
241
.763
0.05
074
.107
92.0
810.
139
0.16
81.
955
2.86
97.
346
10.2
380.
054
0.02
541
0.03
082
0.02
693
156
517.
780
517.
595
40.6
760.
048
75.0
9491
.245
0.14
10.
167
2.55
13.
772
9.47
013
.328
0.05
20.
0262
80.
0315
30.
0288
615
752
3.98
852
3.82
439
.326
0.04
576
.258
90.1
680.
143
0.16
53.
788
5.55
813
.851
19.4
170.
050
0.02
742
0.03
284
0.03
180
10
R-5
07a
(R-1
25/1
43a
50/5
0) P
rope
rtie
s at
Sat
urat
ion
P [p
sia]
ρ [lb
/ft^3
]v
[ft^3
/lb]
Bul
kB
ubbl
eD
ewLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
or1
-130
.125
-130
.076
90.3
3235
.490
-26.
271
69.8
27-0
.070
0.22
10.
288
0.15
41.
596
1.16
10.
862
0.00
815
0.06
594
0.00
399
2-1
13.5
45-1
13.5
1988
.624
18.5
48-2
1.50
372
.207
-0.0
560.
215
0.28
70.
160
1.56
11.
159
0.70
10.
0085
80.
0631
00.
0043
93
-102
.876
-102
.861
87.5
2812
.696
-18.
433
73.7
50-0
.047
0.21
10.
288
0.16
41.
547
1.15
80.
617
0.00
885
0.06
134
0.00
465
4-9
4.81
4-9
4.80
586
.698
9.70
3-1
6.10
874
.920
-0.0
410.
208
0.28
90.
167
1.53
91.
158
0.56
30.
0090
60.
0600
50.
0048
65
-88.
254
-88.
248
86.0
197.
876
-14.
210
75.8
74-0
.036
0.20
70.
290
0.17
01.
534
1.15
80.
523
0.00
924
0.05
901
0.00
502
6-8
2.68
1-8
2.67
885
.440
6.64
1-1
2.59
376
.684
-0.0
320.
205
0.29
00.
172
1.53
11.
159
0.49
20.
0093
80.
0581
40.
0051
67
-77.
812
-77.
810
84.9
325.
750
-11.
176
77.3
91-0
.028
0.20
40.
291
0.17
41.
529
1.15
90.
467
0.00
951
0.05
739
0.00
529
8-7
3.47
2-7
3.47
184
.477
5.07
4-9
.910
78.0
21-0
.025
0.20
30.
292
0.17
61.
527
1.16
00.
447
0.00
963
0.05
673
0.00
540
9-6
9.54
6-6
9.54
684
.064
4.54
4-8
.761
78.5
91-0
.022
0.20
20.
293
0.17
81.
526
1.16
10.
429
0.00
973
0.05
613
0.00
550
10-6
5.95
3-6
5.95
383
.684
4.11
7-7
.707
79.1
11-0
.019
0.20
20.
293
0.17
91.
525
1.16
20.
414
0.00
983
0.05
559
0.00
560
11-6
2.63
5-6
2.63
583
.331
3.76
5-6
.731
79.5
90-0
.016
0.20
10.
294
0.18
11.
525
1.16
20.
400
0.00
992
0.05
510
0.00
568
12-5
9.54
8-5
9.54
883
.002
3.46
9-5
.820
80.0
35-0
.014
0.20
00.
295
0.18
21.
524
1.16
30.
388
0.01
000
0.05
464
0.00
577
13-5
6.65
8-5
6.65
882
.692
3.21
8-4
.966
80.4
51-0
.012
0.20
00.
296
0.18
41.
524
1.16
40.
377
0.01
008
0.05
422
0.00
584
14-5
3.93
8-5
3.93
882
.400
3.00
1-4
.160
80.8
42-0
.010
0.19
90.
296
0.18
51.
524
1.16
50.
367
0.01
015
0.05
382
0.00
592
15-5
1.36
8-5
1.36
782
.122
2.81
3-3
.397
81.2
11-0
.008
0.19
90.
297
0.18
61.
524
1.16
60.
358
0.01
022
0.05
344
0.00
598
16-4
8.92
8-4
8.92
781
.857
2.64
7-2
.671
81.5
60-0
.006
0.19
90.
297
0.18
71.
524
1.16
70.
350
0.01
029
0.05
309
0.00
605
17-4
6.60
5-4
6.60
381
.604
2.50
0-1
.978
81.8
91-0
.005
0.19
80.
298
0.18
81.
524
1.16
80.
342
0.01
035
0.05
276
0.00
611
18-4
4.38
7-4
4.38
581
.362
2.36
9-1
.315
82.2
07-0
.003
0.19
80.
299
0.19
01.
524
1.16
80.
335
0.01
041
0.05
244
0.00
617
19-4
2.26
4-4
2.26
081
.129
2.25
1-0
.679
82.5
09-0
.002
0.19
80.
299
0.19
11.
525
1.16
90.
329
0.01
047
0.05
214
0.00
623
20-4
0.22
5-4
0.22
280
.905
2.14
4-0
.068
82.7
980.
000
0.19
70.
300
0.19
21.
525
1.17
00.
323
0.01
053
0.05
185
0.00
629
21-3
8.26
5-3
8.26
180
.688
2.04
80.
522
83.0
750.
001
0.19
70.
300
0.19
31.
525
1.17
10.
317
0.01
058
0.05
157
0.00
634
22-3
6.37
6-3
6.37
180
.478
1.95
91.
091
83.3
410.
003
0.19
70.
301
0.19
41.
526
1.17
20.
312
0.01
063
0.05
130
0.00
639
23-3
4.55
3-3
4.54
880
.275
1.87
91.
641
83.5
980.
004
0.19
70.
302
0.19
51.
526
1.17
30.
306
0.01
068
0.05
105
0.00
644
24-3
2.79
0-3
2.78
480
.078
1.80
42.
174
83.8
460.
005
0.19
60.
302
0.19
61.
526
1.17
40.
302
0.01
073
0.05
080
0.00
649
25-3
1.08
4-3
1.07
779
.887
1.73
62.
691
84.0
850.
006
0.19
60.
303
0.19
61.
527
1.17
50.
297
0.01
078
0.05
056
0.00
654
26-2
9.42
9-2
9.42
279
.701
1.67
23.
193
84.3
160.
007
0.19
60.
303
0.19
71.
527
1.17
60.
293
0.01
083
0.05
033
0.00
658
27-2
7.82
3-2
7.81
579
.520
1.61
33.
681
84.5
400.
009
0.19
60.
304
0.19
81.
528
1.17
70.
289
0.01
087
0.05
011
0.00
663
28-2
6.26
3-2
6.25
479
.343
1.55
84.
156
84.7
570.
010
0.19
60.
304
0.19
91.
528
1.17
80.
285
0.01
092
0.04
989
0.00
667
29-2
4.74
5-2
4.73
579
.170
1.50
74.
619
84.9
670.
011
0.19
60.
305
0.20
01.
529
1.17
90.
281
0.01
096
0.04
968
0.00
672
30-2
3.26
6-2
3.25
679
.002
1.45
95.
071
85.1
720.
012
0.19
50.
305
0.20
11.
529
1.18
00.
277
0.01
100
0.04
948
0.00
676
31-2
1.82
6-2
1.81
578
.837
1.41
45.
512
85.3
710.
013
0.19
50.
306
0.20
21.
530
1.18
10.
274
0.01
104
0.04
928
0.00
680
32-2
0.42
0-2
0.40
978
.676
1.37
25.
942
85.5
640.
014
0.19
50.
306
0.20
21.
530
1.18
20.
271
0.01
108
0.04
909
0.00
684
33-1
9.04
8-1
9.03
678
.518
1.33
26.
364
85.7
530.
015
0.19
50.
307
0.20
31.
531
1.18
20.
267
0.01
112
0.04
890
0.00
688
34-1
7.70
8-1
7.69
578
.363
1.29
56.
776
85.9
370.
016
0.19
50.
307
0.20
41.
532
1.18
30.
264
0.01
116
0.04
872
0.00
691
35-1
6.39
7-1
6.38
478
.211
1.25
97.
179
86.1
160.
017
0.19
50.
308
0.20
51.
532
1.18
40.
261
0.01
120
0.04
854
0.00
695
36-1
5.11
5-1
5.10
278
.062
1.22
67.
575
86.2
900.
017
0.19
50.
308
0.20
61.
533
1.18
50.
259
0.01
124
0.04
837
0.00
699
37-1
3.86
1-1
3.84
677
.916
1.19
47.
962
86.4
610.
018
0.19
40.
309
0.20
61.
533
1.18
60.
256
0.01
127
0.04
820
0.00
702
Cp/
Cv
[uni
tless
]μ
[cen
tipos
e]k
[Btu
/hr-
ft-R
]T
[F]
h [B
tu/lb
]s
[Btu
/R-lb
]C
p [B
tu/R
-lb]
11
R-5
07a
(R-1
25/1
43a
50/5
0) P
rope
rtie
s at
Sat
urat
ion
P [p
sia]
ρ [lb
/ft^3
]v
[ft^3
/lb]
Bul
kB
ubbl
eD
ewLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orC
p/C
v [u
nitle
ss]
μ [c
entip
ose]
k [B
tu/h
r-ft-
R]
T [F
]h
[Btu
/lb]
s [B
tu/R
-lb]
Cp
[Btu
/R-lb
]
38-1
2.63
1-1
2.61
677
.772
1.16
48.
343
86.6
280.
019
0.19
40.
309
0.20
71.
534
1.18
70.
253
0.01
131
0.04
804
0.00
706
39-1
1.42
7-1
1.41
177
.630
1.13
58.
716
86.7
910.
020
0.19
40.
309
0.20
81.
535
1.18
80.
251
0.01
135
0.04
787
0.00
709
40-1
0.24
5-1
0.22
977
.491
1.10
89.
082
86.9
500.
021
0.19
40.
310
0.20
81.
535
1.18
90.
248
0.01
138
0.04
772
0.00
713
41-9
.087
-9.0
7077
.355
1.08
29.
442
87.1
060.
022
0.19
40.
310
0.20
91.
536
1.19
00.
246
0.01
141
0.04
756
0.00
716
42-7
.949
-7.9
3277
.220
1.05
79.
796
87.2
590.
022
0.19
40.
311
0.21
01.
536
1.19
10.
244
0.01
145
0.04
741
0.00
720
43-6
.832
-6.8
1477
.087
1.03
310
.144
87.4
090.
023
0.19
40.
311
0.21
11.
537
1.19
20.
241
0.01
148
0.04
726
0.00
723
44-5
.735
-5.7
1776
.957
1.01
010
.487
87.5
560.
024
0.19
40.
312
0.21
11.
538
1.19
30.
239
0.01
151
0.04
711
0.00
726
45-4
.657
-4.6
3876
.828
0.98
910
.824
87.6
990.
025
0.19
40.
312
0.21
21.
538
1.19
40.
237
0.01
155
0.04
697
0.00
729
46-3
.596
-3.5
7776
.701
0.96
811
.155
87.8
400.
025
0.19
30.
312
0.21
31.
539
1.19
50.
235
0.01
158
0.04
683
0.00
732
47-2
.553
-2.5
3376
.576
0.94
811
.482
87.9
790.
026
0.19
30.
313
0.21
31.
540
1.19
60.
233
0.01
161
0.04
669
0.00
735
48-1
.527
-1.5
0776
.452
0.92
911
.804
88.1
140.
027
0.19
30.
313
0.21
41.
540
1.19
70.
231
0.01
164
0.04
656
0.00
738
49-0
.518
-0.4
9676
.330
0.91
012
.121
88.2
480.
027
0.19
30.
314
0.21
51.
541
1.19
80.
229
0.01
167
0.04
643
0.00
741
500.
477
0.49
876
.210
0.89
312
.434
88.3
780.
028
0.19
30.
314
0.21
51.
542
1.19
90.
227
0.01
170
0.04
629
0.00
744
511.
456
1.47
876
.091
0.87
612
.743
88.5
070.
029
0.19
30.
315
0.21
61.
542
1.20
00.
226
0.01
173
0.04
617
0.00
747
522.
421
2.44
475
.973
0.85
913
.047
88.6
330.
029
0.19
30.
315
0.21
71.
543
1.20
10.
224
0.01
176
0.04
604
0.00
750
533.
372
3.39
575
.857
0.84
413
.347
88.7
580.
030
0.19
30.
315
0.21
71.
544
1.20
20.
222
0.01
179
0.04
592
0.00
753
544.
309
4.33
375
.742
0.82
813
.644
88.8
800.
031
0.19
30.
316
0.21
81.
544
1.20
30.
220
0.01
182
0.04
579
0.00
756
555.
233
5.25
875
.629
0.81
413
.936
89.0
000.
031
0.19
30.
316
0.21
81.
545
1.20
40.
219
0.01
184
0.04
567
0.00
758
566.
145
6.17
075
.516
0.79
914
.225
89.1
180.
032
0.19
30.
317
0.21
91.
546
1.20
50.
217
0.01
187
0.04
556
0.00
761
577.
044
7.06
975
.405
0.78
614
.511
89.2
340.
033
0.19
30.
317
0.22
01.
547
1.20
60.
216
0.01
190
0.04
544
0.00
764
587.
932
7.95
775
.295
0.77
214
.793
89.3
480.
033
0.19
30.
317
0.22
01.
547
1.20
70.
214
0.01
193
0.04
532
0.00
767
598.
807
8.83
475
.186
0.76
015
.072
89.4
610.
034
0.19
30.
318
0.22
11.
548
1.20
80.
213
0.01
195
0.04
521
0.00
769
609.
672
9.69
975
.079
0.74
715
.347
89.5
720.
034
0.19
20.
318
0.22
21.
549
1.20
90.
211
0.01
198
0.04
510
0.00
772
6110
.526
10.5
5374
.972
0.73
515
.619
89.6
810.
035
0.19
20.
319
0.22
21.
549
1.21
00.
210
0.01
201
0.04
499
0.00
774
6211
.369
11.3
9774
.866
0.72
415
.889
89.7
890.
035
0.19
20.
319
0.22
31.
550
1.21
10.
208
0.01
203
0.04
488
0.00
777
6312
.202
12.2
3074
.762
0.71
216
.155
89.8
950.
036
0.19
20.
319
0.22
31.
551
1.21
20.
207
0.01
206
0.04
477
0.00
780
6413
.025
13.0
5474
.658
0.70
116
.419
89.9
990.
037
0.19
20.
320
0.22
41.
552
1.21
30.
206
0.01
208
0.04
467
0.00
782
6513
.839
13.8
6874
.556
0.69
116
.680
90.1
020.
037
0.19
20.
320
0.22
51.
552
1.21
40.
204
0.01
211
0.04
456
0.00
785
6614
.643
14.6
7274
.454
0.68
016
.938
90.2
030.
038
0.19
20.
321
0.22
51.
553
1.21
50.
203
0.01
214
0.04
446
0.00
787
6715
.438
15.4
6874
.353
0.67
017
.193
90.3
030.
038
0.19
20.
321
0.22
61.
554
1.21
60.
202
0.01
216
0.04
436
0.00
790
6816
.224
16.2
5474
.253
0.66
117
.446
90.4
020.
039
0.19
20.
321
0.22
61.
555
1.21
70.
201
0.01
219
0.04
426
0.00
792
6917
.001
17.0
3274
.154
0.65
117
.696
90.4
990.
039
0.19
20.
322
0.22
71.
555
1.21
80.
200
0.01
221
0.04
416
0.00
794
7017
.770
17.8
0174
.055
0.64
217
.944
90.5
950.
040
0.19
20.
322
0.22
71.
556
1.21
90.
198
0.01
223
0.04
406
0.00
797
7118
.530
18.5
6273
.958
0.63
318
.190
90.6
900.
040
0.19
20.
323
0.22
81.
557
1.22
10.
197
0.01
226
0.04
397
0.00
799
7219
.283
19.3
1573
.861
0.62
418
.433
90.7
830.
041
0.19
20.
323
0.22
91.
558
1.22
20.
196
0.01
228
0.04
387
0.00
801
7320
.028
20.0
6073
.765
0.61
618
.674
90.8
760.
041
0.19
20.
323
0.22
91.
558
1.22
30.
195
0.01
231
0.04
378
0.00
804
7420
.765
20.7
9773
.670
0.60
818
.913
90.9
660.
042
0.19
20.
324
0.23
01.
559
1.22
40.
194
0.01
233
0.04
368
0.00
806
12
R-5
07a
(R-1
25/1
43a
50/5
0) P
rope
rtie
s at
Sat
urat
ion
P [p
sia]
ρ [lb
/ft^3
]v
[ft^3
/lb]
Bul
kB
ubbl
eD
ewLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orC
p/C
v [u
nitle
ss]
μ [c
entip
ose]
k [B
tu/h
r-ft-
R]
T [F
]h
[Btu
/lb]
s [B
tu/R
-lb]
Cp
[Btu
/R-lb
]
7521
.494
21.5
2773
.575
0.60
019
.150
91.0
560.
042
0.19
20.
324
0.23
01.
560
1.22
50.
193
0.01
235
0.04
359
0.00
808
7622
.217
22.2
5073
.481
0.59
219
.384
91.1
450.
043
0.19
20.
324
0.23
11.
561
1.22
60.
192
0.01
238
0.04
350
0.00
811
7722
.932
22.9
6673
.388
0.58
419
.617
91.2
320.
043
0.19
20.
325
0.23
11.
562
1.22
70.
191
0.01
240
0.04
341
0.00
813
7823
.640
23.6
7473
.296
0.57
719
.847
91.3
190.
044
0.19
20.
325
0.23
21.
562
1.22
80.
190
0.01
242
0.04
332
0.00
815
7924
.341
24.3
7673
.204
0.56
920
.076
91.4
040.
044
0.19
20.
326
0.23
31.
563
1.22
90.
189
0.01
245
0.04
323
0.00
817
8025
.036
25.0
7173
.113
0.56
220
.302
91.4
880.
045
0.19
10.
326
0.23
31.
564
1.23
00.
188
0.01
247
0.04
314
0.00
820
8125
.724
25.7
6073
.022
0.55
520
.527
91.5
720.
045
0.19
10.
326
0.23
41.
565
1.23
10.
187
0.01
249
0.04
306
0.00
822
8226
.406
26.4
4272
.932
0.54
820
.750
91.6
540.
046
0.19
10.
327
0.23
41.
566
1.23
20.
186
0.01
251
0.04
297
0.00
824
8327
.082
27.1
1872
.843
0.54
220
.971
91.7
350.
046
0.19
10.
327
0.23
51.
566
1.23
40.
185
0.01
254
0.04
289
0.00
826
8427
.751
27.7
8872
.754
0.53
521
.190
91.8
150.
046
0.19
10.
328
0.23
51.
567
1.23
50.
184
0.01
256
0.04
281
0.00
828
8528
.415
28.4
5272
.666
0.52
921
.408
91.8
950.
047
0.19
10.
328
0.23
61.
568
1.23
60.
183
0.01
258
0.04
272
0.00
830
8629
.072
29.1
1072
.578
0.52
321
.624
91.9
730.
047
0.19
10.
328
0.23
61.
569
1.23
70.
182
0.01
260
0.04
264
0.00
833
8729
.724
29.7
6272
.491
0.51
721
.838
92.0
510.
048
0.19
10.
329
0.23
71.
570
1.23
80.
181
0.01
262
0.04
256
0.00
835
8830
.371
30.4
0972
.405
0.51
122
.051
92.1
270.
048
0.19
10.
329
0.23
71.
571
1.23
90.
180
0.01
265
0.04
248
0.00
837
8931
.012
31.0
5072
.319
0.50
522
.262
92.2
030.
049
0.19
10.
329
0.23
81.
571
1.24
00.
179
0.01
267
0.04
240
0.00
839
9031
.647
31.6
8672
.233
0.49
922
.472
92.2
780.
049
0.19
10.
330
0.23
91.
572
1.24
10.
178
0.01
269
0.04
232
0.00
841
9132
.277
32.3
1672
.148
0.49
422
.680
92.3
520.
049
0.19
10.
330
0.23
91.
573
1.24
30.
178
0.01
271
0.04
224
0.00
843
9232
.902
32.9
4172
.064
0.48
822
.886
92.4
250.
050
0.19
10.
331
0.24
01.
574
1.24
40.
177
0.01
273
0.04
216
0.00
845
9333
.522
33.5
6271
.979
0.48
323
.092
92.4
970.
050
0.19
10.
331
0.24
01.
575
1.24
50.
176
0.01
275
0.04
209
0.00
847
9434
.137
34.1
7771
.896
0.47
823
.295
92.5
690.
051
0.19
10.
331
0.24
11.
576
1.24
60.
175
0.01
277
0.04
201
0.00
849
9534
.747
34.7
8771
.813
0.47
323
.498
92.6
390.
051
0.19
10.
332
0.24
11.
577
1.24
70.
174
0.01
279
0.04
194
0.00
851
9635
.352
35.3
9371
.730
0.46
823
.698
92.7
090.
051
0.19
10.
332
0.24
21.
577
1.24
80.
173
0.01
281
0.04
186
0.00
853
9735
.953
35.9
9471
.648
0.46
323
.898
92.7
790.
052
0.19
10.
332
0.24
21.
578
1.25
00.
173
0.01
284
0.04
179
0.00
855
9836
.549
36.5
9071
.566
0.45
824
.096
92.8
470.
052
0.19
10.
333
0.24
31.
579
1.25
10.
172
0.01
286
0.04
171
0.00
857
9937
.140
37.1
8271
.485
0.45
324
.293
92.9
150.
053
0.19
10.
333
0.24
31.
580
1.25
20.
171
0.01
288
0.04
164
0.00
859
100
37.7
2737
.769
71.4
040.
449
24.4
8992
.982
0.05
30.
191
0.33
40.
244
1.58
11.
253
0.17
00.
0129
00.
0415
70.
0086
110
138
.309
38.3
5271
.323
0.44
424
.683
93.0
480.
053
0.19
10.
334
0.24
41.
582
1.25
40.
170
0.01
292
0.04
150
0.00
863
102
38.8
8838
.930
71.2
430.
440
24.8
7693
.114
0.05
40.
191
0.33
40.
245
1.58
31.
255
0.16
90.
0129
40.
0414
30.
0086
510
339
.462
39.5
0471
.163
0.43
625
.068
93.1
780.
054
0.19
10.
335
0.24
61.
584
1.25
70.
168
0.01
296
0.04
136
0.00
867
104
40.0
3140
.074
71.0
840.
431
25.2
5993
.243
0.05
50.
191
0.33
50.
246
1.58
51.
258
0.16
70.
0129
80.
0412
90.
0086
910
540
.597
40.6
4071
.005
0.42
725
.449
93.3
060.
055
0.19
10.
335
0.24
71.
585
1.25
90.
167
0.01
300
0.04
122
0.00
871
106
41.1
5941
.202
70.9
260.
423
25.6
3793
.369
0.05
50.
191
0.33
60.
247
1.58
61.
260
0.16
60.
0130
20.
0411
50.
0087
310
741
.717
41.7
6070
.848
0.41
925
.824
93.4
310.
056
0.19
10.
336
0.24
81.
587
1.26
20.
165
0.01
304
0.04
108
0.00
875
108
42.2
7042
.314
70.7
700.
415
26.0
1193
.493
0.05
60.
190
0.33
70.
248
1.58
81.
263
0.16
50.
0130
60.
0410
10.
0087
610
942
.820
42.8
6570
.692
0.41
126
.196
93.5
540.
056
0.19
00.
337
0.24
91.
589
1.26
40.
164
0.01
308
0.04
095
0.00
878
110
43.3
6743
.411
70.6
150.
407
26.3
8093
.614
0.05
70.
190
0.33
70.
249
1.59
01.
265
0.16
30.
0130
90.
0408
80.
0088
011
143
.909
43.9
5470
.538
0.40
326
.563
93.6
740.
057
0.19
00.
338
0.25
01.
591
1.26
70.
163
0.01
311
0.04
081
0.00
882
13
R-5
07a
(R-1
25/1
43a
50/5
0) P
rope
rtie
s at
Sat
urat
ion
P [p
sia]
ρ [lb
/ft^3
]v
[ft^3
/lb]
Bul
kB
ubbl
eD
ewLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orC
p/C
v [u
nitle
ss]
μ [c
entip
ose]
k [B
tu/h
r-ft-
R]
T [F
]h
[Btu
/lb]
s [B
tu/R
-lb]
Cp
[Btu
/R-lb
]
112
44.4
4844
.493
70.4
620.
400
26.7
4493
.733
0.05
70.
190
0.33
80.
250
1.59
21.
268
0.16
20.
0131
30.
0407
50.
0088
411
344
.983
45.0
2970
.385
0.39
626
.925
93.7
910.
058
0.19
00.
338
0.25
11.
593
1.26
90.
161
0.01
315
0.04
068
0.00
886
114
45.5
1545
.561
70.3
090.
392
27.1
0593
.849
0.05
80.
190
0.33
90.
251
1.59
41.
270
0.16
10.
0131
70.
0406
20.
0088
811
546
.043
46.0
8970
.234
0.38
927
.284
93.9
060.
059
0.19
00.
339
0.25
21.
595
1.27
20.
160
0.01
319
0.04
056
0.00
890
116
46.5
6846
.614
70.1
580.
385
27.4
6293
.963
0.05
90.
190
0.34
00.
252
1.59
61.
273
0.16
00.
0132
10.
0404
90.
0089
211
747
.089
47.1
3670
.083
0.38
227
.639
94.0
190.
059
0.19
00.
340
0.25
31.
597
1.27
40.
159
0.01
323
0.04
043
0.00
895
118
47.6
0847
.654
70.0
090.
379
27.8
1594
.075
0.06
00.
190
0.34
00.
254
1.59
81.
275
0.15
80.
0132
50.
0403
70.
0089
711
948
.122
48.1
6969
.934
0.37
527
.990
94.1
300.
060
0.19
00.
341
0.25
41.
599
1.27
70.
158
0.01
327
0.04
030
0.00
899
120
48.6
3448
.681
69.8
600.
372
28.1
6494
.184
0.06
00.
190
0.34
10.
255
1.60
01.
278
0.15
70.
0132
80.
0402
40.
0090
112
149
.142
49.1
9069
.786
0.36
928
.337
94.2
380.
061
0.19
00.
341
0.25
51.
600
1.27
90.
156
0.01
330
0.04
018
0.00
903
122
49.6
4849
.696
69.7
130.
366
28.5
1094
.292
0.06
10.
190
0.34
20.
256
1.60
11.
281
0.15
60.
0133
20.
0401
20.
0090
512
350
.150
50.1
9869
.640
0.36
328
.681
94.3
450.
061
0.19
00.
342
0.25
61.
602
1.28
20.
155
0.01
334
0.04
006
0.00
907
124
50.6
4950
.697
69.5
660.
360
28.8
5294
.397
0.06
20.
190
0.34
30.
257
1.60
31.
283
0.15
50.
0133
60.
0400
00.
0090
912
551
.145
51.1
9469
.494
0.35
729
.021
94.4
490.
062
0.19
00.
343
0.25
71.
604
1.28
50.
154
0.01
338
0.03
994
0.00
911
126
51.6
3851
.687
69.4
210.
354
29.1
9094
.500
0.06
20.
190
0.34
30.
258
1.60
51.
286
0.15
40.
0134
00.
0398
80.
0091
312
752
.129
52.1
7869
.349
0.35
129
.358
94.5
510.
063
0.19
00.
344
0.25
81.
606
1.28
70.
153
0.01
341
0.03
982
0.00
915
128
52.6
1652
.665
69.2
770.
348
29.5
2594
.602
0.06
30.
190
0.34
40.
259
1.60
71.
289
0.15
30.
0134
30.
0397
60.
0091
712
953
.101
53.1
5069
.205
0.34
529
.692
94.6
520.
063
0.19
00.
344
0.25
91.
608
1.29
00.
152
0.01
354
0.03
971
0.00
926
130
53.5
8253
.632
69.1
340.
342
29.8
5794
.701
0.06
40.
190
0.34
50.
260
1.60
91.
292
0.15
10.
0135
50.
0396
50.
0092
913
154
.061
54.1
1169
.062
0.33
930
.022
94.7
500.
064
0.19
00.
345
0.26
11.
610
1.29
30.
151
0.01
357
0.03
959
0.00
931
132
54.5
3854
.588
68.9
910.
337
30.1
8694
.799
0.06
40.
190
0.34
60.
261
1.61
21.
294
0.15
00.
0135
90.
0395
30.
0093
313
355
.011
55.0
6168
.921
0.33
430
.350
94.8
470.
064
0.19
00.
346
0.26
21.
613
1.29
60.
150
0.01
361
0.03
948
0.00
935
134
55.4
8255
.533
68.8
500.
331
30.5
1294
.894
0.06
50.
190
0.34
60.
262
1.61
41.
297
0.14
90.
0136
30.
0394
20.
0093
713
555
.950
56.0
0168
.780
0.32
930
.674
94.9
410.
065
0.19
00.
347
0.26
31.
615
1.29
90.
149
0.01
365
0.03
936
0.00
939
136
56.4
1656
.467
68.7
100.
326
30.8
3594
.988
0.06
50.
190
0.34
70.
263
1.61
61.
300
0.14
80.
0136
70.
0393
10.
0094
113
756
.879
56.9
3068
.640
0.32
430
.995
95.0
340.
066
0.19
00.
348
0.26
41.
617
1.30
10.
148
0.01
369
0.03
925
0.00
943
138
57.3
4057
.391
68.5
700.
321
31.1
5595
.080
0.06
60.
190
0.34
80.
264
1.61
81.
303
0.14
70.
0137
10.
0392
00.
0094
513
957
.798
57.8
4968
.501
0.31
931
.314
95.1
250.
066
0.19
00.
348
0.26
51.
619
1.30
40.
147
0.01
372
0.03
914
0.00
947
140
58.2
5458
.305
68.4
310.
316
31.4
7295
.170
0.06
70.
190
0.34
90.
266
1.62
01.
306
0.14
60.
0137
40.
0390
90.
0094
914
158
.707
58.7
5968
.362
0.31
431
.630
95.2
150.
067
0.19
00.
349
0.26
61.
621
1.30
70.
146
0.01
376
0.03
904
0.00
952
142
59.1
5859
.210
68.2
930.
312
31.7
8795
.259
0.06
70.
190
0.35
00.
267
1.62
21.
309
0.14
50.
0137
80.
0389
80.
0095
414
359
.606
59.6
5868
.225
0.30
931
.943
95.3
030.
067
0.18
90.
350
0.26
71.
623
1.31
00.
145
0.01
380
0.03
893
0.00
956
144
60.0
5260
.105
68.1
560.
307
32.0
9895
.346
0.06
80.
189
0.35
00.
268
1.62
41.
312
0.14
40.
0138
20.
0388
80.
0095
814
560
.496
60.5
4968
.088
0.30
532
.253
95.3
890.
068
0.18
90.
351
0.26
81.
625
1.31
30.
144
0.01
384
0.03
882
0.00
960
146
60.9
3860
.990
68.0
200.
303
32.4
0895
.431
0.06
80.
189
0.35
10.
269
1.62
61.
315
0.14
30.
0138
60.
0387
70.
0096
214
761
.377
61.4
3067
.952
0.30
032
.561
95.4
730.
069
0.18
90.
351
0.26
91.
627
1.31
60.
143
0.01
387
0.03
872
0.00
964
148
61.8
1461
.867
67.8
840.
298
32.7
1495
.515
0.06
90.
189
0.35
20.
270
1.62
91.
318
0.14
20.
0138
90.
0386
70.
0096
6
14
R-5
07a
(R-1
25/1
43a
50/5
0) P
rope
rtie
s at
Sat
urat
ion
P [p
sia]
ρ [lb
/ft^3
]v
[ft^3
/lb]
Bul
kB
ubbl
eD
ewLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orC
p/C
v [u
nitle
ss]
μ [c
entip
ose]
k [B
tu/h
r-ft-
R]
T [F
]h
[Btu
/lb]
s [B
tu/R
-lb]
Cp
[Btu
/R-lb
]
149
62.2
4962
.302
67.8
160.
296
32.8
6795
.556
0.06
90.
189
0.35
20.
271
1.63
01.
319
0.14
20.
0139
10.
0386
20.
0096
815
062
.681
62.7
3567
.749
0.29
433
.018
95.5
970.
070
0.18
90.
353
0.27
11.
631
1.32
10.
142
0.01
393
0.03
856
0.00
970
151
63.1
1263
.166
67.6
820.
292
33.1
6995
.638
0.07
00.
189
0.35
30.
272
1.63
21.
322
0.14
10.
0139
50.
0385
10.
0097
215
263
.540
63.5
9467
.615
0.29
033
.320
95.6
780.
070
0.18
90.
353
0.27
21.
633
1.32
40.
141
0.01
397
0.03
846
0.00
974
153
63.9
6764
.021
67.5
480.
288
33.4
7095
.718
0.07
00.
189
0.35
40.
273
1.63
41.
325
0.14
00.
0139
80.
0384
10.
0097
615
464
.391
64.4
4567
.481
0.28
633
.619
95.7
570.
071
0.18
90.
354
0.27
31.
635
1.32
70.
140
0.01
400
0.03
836
0.00
978
155
64.8
1364
.868
67.4
150.
284
33.7
6895
.796
0.07
10.
189
0.35
50.
274
1.63
61.
328
0.13
90.
0140
20.
0383
10.
0098
015
665
.233
65.2
8867
.348
0.28
233
.916
95.8
350.
071
0.18
90.
355
0.27
51.
638
1.33
00.
139
0.01
404
0.03
826
0.00
982
157
65.6
5165
.706
67.2
820.
280
34.0
6495
.873
0.07
10.
189
0.35
60.
275
1.63
91.
332
0.13
80.
0140
60.
0382
10.
0098
415
866
.067
66.1
2267
.216
0.27
834
.211
95.9
110.
072
0.18
90.
356
0.27
61.
640
1.33
30.
138
0.01
408
0.03
817
0.00
987
159
66.4
8166
.537
67.1
500.
276
34.3
5895
.948
0.07
20.
189
0.35
60.
276
1.64
11.
335
0.13
80.
0140
90.
0381
20.
0098
916
066
.894
66.9
4967
.084
0.27
434
.504
95.9
860.
072
0.18
90.
357
0.27
71.
642
1.33
60.
137
0.01
411
0.03
807
0.00
991
161
67.3
0467
.360
67.0
190.
272
34.6
4996
.022
0.07
30.
189
0.35
70.
278
1.64
31.
338
0.13
70.
0141
30.
0380
20.
0099
316
267
.712
67.7
6866
.953
0.27
134
.794
96.0
590.
073
0.18
90.
358
0.27
81.
645
1.34
00.
136
0.01
415
0.03
797
0.00
995
163
68.1
1968
.175
66.8
880.
269
34.9
3996
.095
0.07
30.
189
0.35
80.
279
1.64
61.
341
0.13
60.
0141
70.
0379
20.
0099
716
468
.524
68.5
8066
.823
0.26
735
.083
96.1
310.
073
0.18
90.
358
0.27
91.
647
1.34
30.
136
0.01
419
0.03
788
0.00
999
165
68.9
2668
.982
66.7
570.
265
35.2
2696
.166
0.07
40.
189
0.35
90.
280
1.64
81.
345
0.13
50.
0142
00.
0378
30.
0100
116
669
.327
69.3
8466
.693
0.26
335
.369
96.2
020.
074
0.18
90.
359
0.28
01.
649
1.34
60.
135
0.01
422
0.03
778
0.01
003
167
69.7
2669
.783
66.6
280.
262
35.5
1196
.236
0.07
40.
189
0.36
00.
281
1.65
11.
348
0.13
40.
0142
40.
0377
40.
0100
516
870
.124
70.1
8066
.563
0.26
035
.653
96.2
710.
074
0.18
90.
360
0.28
21.
652
1.35
00.
134
0.01
426
0.03
769
0.01
007
169
70.5
2070
.576
66.4
990.
258
35.7
9596
.305
0.07
50.
189
0.36
00.
282
1.65
31.
351
0.13
40.
0142
80.
0376
40.
0100
917
070
.913
70.9
7066
.434
0.25
735
.936
96.3
390.
075
0.18
90.
361
0.28
31.
654
1.35
30.
133
0.01
429
0.03
760
0.01
011
171
71.3
0671
.363
66.3
700.
255
36.0
7696
.373
0.07
50.
189
0.36
10.
284
1.65
61.
355
0.13
30.
0143
10.
0375
50.
0101
317
271
.696
71.7
5366
.306
0.25
336
.216
96.4
060.
075
0.18
90.
362
0.28
41.
657
1.35
60.
132
0.01
433
0.03
750
0.01
015
173
72.0
8572
.142
66.2
420.
252
36.3
5696
.439
0.07
60.
189
0.36
20.
285
1.65
81.
358
0.13
20.
0143
50.
0374
60.
0101
717
472
.472
72.5
2966
.178
0.25
036
.495
96.4
710.
076
0.18
90.
363
0.28
51.
659
1.36
00.
132
0.01
437
0.03
741
0.01
019
175
72.8
5772
.915
66.1
140.
249
36.6
3396
.504
0.07
60.
189
0.36
30.
286
1.66
11.
362
0.13
10.
0143
80.
0373
70.
0102
117
673
.241
73.2
9966
.050
0.24
736
.771
96.5
350.
076
0.18
90.
363
0.28
71.
662
1.36
30.
131
0.01
440
0.03
732
0.01
023
177
73.6
2373
.681
65.9
870.
246
36.9
0996
.567
0.07
70.
189
0.36
40.
287
1.66
31.
365
0.13
00.
0144
20.
0372
80.
0102
517
874
.004
74.0
6265
.923
0.24
437
.046
96.5
980.
077
0.18
90.
364
0.28
81.
664
1.36
70.
130
0.01
444
0.03
724
0.01
027
179
74.3
8374
.441
65.8
600.
242
37.1
8396
.630
0.07
70.
189
0.36
50.
288
1.66
61.
369
0.13
00.
0144
60.
0371
90.
0103
018
074
.760
74.8
1865
.797
0.24
137
.320
96.6
600.
077
0.18
90.
365
0.28
91.
667
1.37
00.
129
0.01
447
0.03
715
0.01
032
181
75.1
3675
.194
65.7
340.
240
37.4
5596
.691
0.07
80.
188
0.36
60.
290
1.66
81.
372
0.12
90.
0144
90.
0371
00.
0103
418
275
.510
75.5
6865
.671
0.23
837
.591
96.7
210.
078
0.18
80.
366
0.29
01.
669
1.37
40.
129
0.01
451
0.03
706
0.01
036
183
75.8
8375
.941
65.6
080.
237
37.7
2696
.751
0.07
80.
188
0.36
60.
291
1.67
11.
376
0.12
80.
0145
30.
0370
20.
0103
818
476
.254
76.3
1265
.545
0.23
537
.861
96.7
800.
078
0.18
80.
367
0.29
21.
672
1.37
80.
128
0.01
455
0.03
697
0.01
040
185
76.6
2376
.682
65.4
820.
234
37.9
9596
.810
0.07
90.
188
0.36
70.
292
1.67
31.
380
0.12
80.
0145
60.
0369
30.
0104
2
15
R-5
07a
(R-1
25/1
43a
50/5
0) P
rope
rtie
s at
Sat
urat
ion
P [p
sia]
ρ [lb
/ft^3
]v
[ft^3
/lb]
Bul
kB
ubbl
eD
ewLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orC
p/C
v [u
nitle
ss]
μ [c
entip
ose]
k [B
tu/h
r-ft-
R]
T [F
]h
[Btu
/lb]
s [B
tu/R
-lb]
Cp
[Btu
/R-lb
]
186
76.9
9277
.050
65.4
200.
232
38.1
2996
.839
0.07
90.
188
0.36
80.
293
1.67
51.
381
0.12
70.
0145
80.
0368
90.
0104
418
777
.358
77.4
1765
.357
0.23
138
.262
96.8
670.
079
0.18
80.
368
0.29
41.
676
1.38
30.
127
0.01
460
0.03
684
0.01
046
188
77.7
2377
.783
65.2
950.
230
38.3
9596
.896
0.07
90.
188
0.36
90.
294
1.67
71.
385
0.12
60.
0146
20.
0368
00.
0104
818
978
.087
78.1
4665
.232
0.22
838
.528
96.9
240.
080
0.18
80.
369
0.29
51.
679
1.38
70.
126
0.01
464
0.03
676
0.01
050
190
78.4
4978
.509
65.1
700.
227
38.6
6096
.952
0.08
00.
188
0.37
00.
296
1.68
01.
389
0.12
60.
0146
50.
0367
20.
0105
219
178
.810
78.8
7065
.108
0.22
638
.792
96.9
790.
080
0.18
80.
370
0.29
61.
682
1.39
10.
125
0.01
467
0.03
668
0.01
054
192
79.1
7079
.230
65.0
460.
224
38.9
2497
.007
0.08
00.
188
0.37
00.
297
1.68
31.
393
0.12
50.
0146
90.
0366
30.
0105
619
379
.528
79.5
8864
.984
0.22
339
.055
97.0
340.
081
0.18
80.
371
0.29
81.
684
1.39
50.
125
0.01
471
0.03
659
0.01
058
194
79.8
8579
.945
64.9
220.
222
39.1
8697
.060
0.08
10.
188
0.37
10.
298
1.68
61.
397
0.12
40.
0147
20.
0365
50.
0106
019
580
.240
80.3
0064
.860
0.22
039
.316
97.0
870.
081
0.18
80.
372
0.29
91.
687
1.39
90.
124
0.01
474
0.03
651
0.01
062
196
80.5
9480
.654
64.7
990.
219
39.4
4697
.113
0.08
10.
188
0.37
20.
300
1.68
81.
401
0.12
40.
0147
60.
0364
70.
0106
419
780
.947
81.0
0764
.737
0.21
839
.576
97.1
390.
082
0.18
80.
373
0.30
01.
690
1.40
30.
123
0.01
478
0.03
643
0.01
067
198
81.2
9881
.358
64.6
760.
217
39.7
0597
.165
0.08
20.
188
0.37
30.
301
1.69
11.
405
0.12
30.
0148
00.
0363
90.
0106
919
981
.648
81.7
0864
.614
0.21
539
.834
97.1
900.
082
0.18
80.
374
0.30
21.
693
1.40
70.
123
0.01
481
0.03
635
0.01
071
200
81.9
9682
.057
64.5
530.
214
39.9
6297
.215
0.08
20.
188
0.37
40.
302
1.69
41.
409
0.12
20.
0148
30.
0363
10.
0107
320
182
.344
82.4
0464
.491
0.21
340
.091
97.2
400.
083
0.18
80.
375
0.30
31.
696
1.41
10.
122
0.01
485
0.03
627
0.01
075
202
82.6
9082
.750
64.4
300.
212
40.2
1997
.265
0.08
30.
188
0.37
50.
304
1.69
71.
413
0.12
20.
0148
70.
0362
30.
0107
720
383
.034
83.0
9564
.369
0.21
040
.346
97.2
890.
083
0.18
80.
376
0.30
41.
699
1.41
50.
121
0.01
489
0.03
619
0.01
079
204
83.3
7883
.439
64.3
080.
209
40.4
7397
.313
0.08
30.
188
0.37
60.
305
1.70
01.
417
0.12
10.
0149
00.
0361
50.
0108
120
583
.720
83.7
8164
.247
0.20
840
.600
97.3
370.
083
0.18
80.
376
0.30
61.
701
1.41
90.
121
0.01
492
0.03
611
0.01
083
206
84.0
6184
.122
64.1
860.
207
40.7
2797
.361
0.08
40.
188
0.37
70.
306
1.70
31.
421
0.12
00.
0149
40.
0360
70.
0108
520
784
.401
84.4
6264
.125
0.20
640
.853
97.3
840.
084
0.18
80.
377
0.30
71.
704
1.42
30.
120
0.01
496
0.03
603
0.01
087
208
84.7
3984
.801
64.0
640.
205
40.9
7997
.407
0.08
40.
188
0.37
80.
308
1.70
61.
425
0.12
00.
0149
70.
0359
90.
0108
920
985
.077
85.1
3864
.004
0.20
441
.104
97.4
300.
084
0.18
80.
378
0.30
91.
707
1.42
70.
120
0.01
499
0.03
595
0.01
092
210
85.4
1385
.474
63.9
430.
202
41.2
3097
.453
0.08
50.
188
0.37
90.
309
1.70
91.
430
0.11
90.
0150
10.
0359
10.
0109
421
185
.747
85.8
0963
.882
0.20
141
.354
97.4
750.
085
0.18
80.
379
0.31
01.
710
1.43
20.
119
0.01
503
0.03
587
0.01
096
212
86.0
8186
.143
63.8
220.
200
41.4
7997
.497
0.08
50.
188
0.38
00.
311
1.71
21.
434
0.11
90.
0150
50.
0358
40.
0109
821
386
.414
86.4
7563
.761
0.19
941
.603
97.5
190.
085
0.18
80.
380
0.31
11.
714
1.43
60.
118
0.01
506
0.03
580
0.01
100
214
86.7
4586
.807
63.7
010.
198
41.7
2797
.541
0.08
50.
188
0.38
10.
312
1.71
51.
438
0.11
80.
0150
80.
0357
60.
0110
221
587
.075
87.1
3763
.640
0.19
741
.851
97.5
620.
086
0.18
80.
381
0.31
31.
717
1.44
00.
118
0.01
510
0.03
572
0.01
104
216
87.4
0487
.466
63.5
800.
196
41.9
7497
.583
0.08
60.
188
0.38
20.
314
1.71
81.
443
0.11
70.
0151
20.
0356
80.
0110
621
787
.732
87.7
9463
.520
0.19
542
.097
97.6
040.
086
0.18
80.
382
0.31
41.
720
1.44
50.
117
0.01
514
0.03
565
0.01
108
218
88.0
5988
.121
63.4
600.
194
42.2
2097
.625
0.08
60.
187
0.38
30.
315
1.72
11.
447
0.11
70.
0151
50.
0356
10.
0111
121
988
.384
88.4
4663
.399
0.19
342
.343
97.6
450.
087
0.18
70.
383
0.31
61.
723
1.44
90.
117
0.01
517
0.03
557
0.01
113
220
88.7
0988
.771
63.3
390.
192
42.4
6597
.665
0.08
70.
187
0.38
40.
317
1.72
51.
452
0.11
60.
0151
90.
0355
30.
0111
522
189
.032
89.0
9463
.279
0.19
142
.587
97.6
850.
087
0.18
70.
384
0.31
71.
726
1.45
40.
116
0.01
521
0.03
550
0.01
117
222
89.3
5489
.417
63.2
190.
190
42.7
0897
.705
0.08
70.
187
0.38
50.
318
1.72
81.
456
0.11
60.
0152
30.
0354
60.
0111
9
16
R-5
07a
(R-1
25/1
43a
50/5
0) P
rope
rtie
s at
Sat
urat
ion
P [p
sia]
ρ [lb
/ft^3
]v
[ft^3
/lb]
Bul
kB
ubbl
eD
ewLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orC
p/C
v [u
nitle
ss]
μ [c
entip
ose]
k [B
tu/h
r-ft-
R]
T [F
]h
[Btu
/lb]
s [B
tu/R
-lb]
Cp
[Btu
/R-lb
]
223
89.6
7689
.738
63.1
590.
189
42.8
3097
.724
0.08
70.
187
0.38
50.
319
1.72
91.
459
0.11
50.
0152
40.
0354
20.
0112
122
489
.996
90.0
5863
.099
0.18
842
.951
97.7
440.
088
0.18
70.
386
0.32
01.
731
1.46
10.
115
0.01
526
0.03
538
0.01
123
225
90.3
1590
.377
63.0
400.
187
43.0
7197
.763
0.08
80.
187
0.38
60.
321
1.73
31.
463
0.11
50.
0152
80.
0353
50.
0112
522
690
.633
90.6
9562
.980
0.18
643
.192
97.7
810.
088
0.18
70.
387
0.32
11.
734
1.46
60.
114
0.01
530
0.03
531
0.01
128
227
90.9
5091
.012
62.9
200.
185
43.3
1297
.800
0.08
80.
187
0.38
70.
322
1.73
61.
468
0.11
40.
0153
20.
0352
80.
0113
022
891
.266
91.3
2862
.860
0.18
443
.432
97.8
180.
088
0.18
70.
388
0.32
31.
738
1.47
10.
114
0.01
533
0.03
524
0.01
132
229
91.5
8091
.643
62.8
000.
183
43.5
5297
.836
0.08
90.
187
0.38
80.
324
1.73
91.
473
0.11
40.
0153
50.
0352
00.
0113
423
091
.894
91.9
5762
.741
0.18
243
.671
97.8
540.
089
0.18
70.
389
0.32
41.
741
1.47
50.
113
0.01
537
0.03
517
0.01
136
231
92.2
0792
.270
62.6
810.
181
43.7
9097
.872
0.08
90.
187
0.39
00.
325
1.74
31.
478
0.11
30.
0153
90.
0351
30.
0113
823
292
.519
92.5
8262
.622
0.18
043
.909
97.8
890.
089
0.18
70.
390
0.32
61.
744
1.48
00.
113
0.01
541
0.03
510
0.01
141
233
92.8
2992
.892
62.5
620.
179
44.0
2897
.907
0.09
00.
187
0.39
10.
327
1.74
61.
483
0.11
30.
0154
30.
0350
60.
0114
323
493
.139
93.2
0262
.503
0.17
844
.146
97.9
230.
090
0.18
70.
391
0.32
81.
748
1.48
50.
112
0.01
544
0.03
502
0.01
145
235
93.4
4893
.511
62.4
430.
178
44.2
6497
.940
0.09
00.
187
0.39
20.
328
1.75
01.
488
0.11
20.
0154
60.
0349
90.
0114
723
693
.756
93.8
1962
.384
0.17
744
.382
97.9
570.
090
0.18
70.
392
0.32
91.
751
1.49
00.
112
0.01
548
0.03
495
0.01
149
237
94.0
6294
.126
62.3
240.
176
44.5
0097
.973
0.09
00.
187
0.39
30.
330
1.75
31.
493
0.11
10.
0155
00.
0349
20.
0115
123
894
.368
94.4
3262
.265
0.17
544
.617
97.9
890.
091
0.18
70.
393
0.33
11.
755
1.49
50.
111
0.01
552
0.03
488
0.01
154
239
94.6
7394
.736
62.2
060.
174
44.7
3498
.005
0.09
10.
187
0.39
40.
332
1.75
71.
498
0.11
10.
0155
40.
0348
50.
0115
624
094
.977
95.0
4062
.146
0.17
344
.851
98.0
210.
091
0.18
70.
394
0.33
31.
759
1.50
10.
111
0.01
555
0.03
481
0.01
158
241
95.2
8095
.343
62.0
870.
172
44.9
6898
.036
0.09
10.
187
0.39
50.
333
1.76
01.
503
0.11
00.
0155
70.
0347
80.
0116
024
295
.582
95.6
4562
.028
0.17
145
.084
98.0
510.
091
0.18
70.
396
0.33
41.
762
1.50
60.
110
0.01
559
0.03
474
0.01
162
243
95.8
8395
.946
61.9
690.
171
45.2
0098
.066
0.09
20.
187
0.39
60.
335
1.76
41.
509
0.11
00.
0156
10.
0347
10.
0116
524
496
.183
96.2
4761
.909
0.17
045
.316
98.0
810.
092
0.18
70.
397
0.33
61.
766
1.51
10.
110
0.01
563
0.03
468
0.01
167
245
96.4
8296
.546
61.8
500.
169
45.4
3298
.096
0.09
20.
187
0.39
70.
337
1.76
81.
514
0.10
90.
0156
50.
0346
40.
0116
924
696
.780
96.8
4461
.791
0.16
845
.548
98.1
100.
092
0.18
70.
398
0.33
81.
770
1.51
70.
109
0.01
566
0.03
461
0.01
171
247
97.0
7897
.141
61.7
320.
167
45.6
6398
.124
0.09
20.
187
0.39
80.
339
1.77
11.
519
0.10
90.
0156
80.
0345
70.
0117
324
897
.374
97.4
3861
.673
0.16
645
.778
98.1
380.
093
0.18
70.
399
0.34
01.
773
1.52
20.
109
0.01
570
0.03
454
0.01
176
249
97.6
7097
.733
61.6
140.
166
45.8
9398
.152
0.09
30.
187
0.40
00.
340
1.77
51.
525
0.10
80.
0157
20.
0345
10.
0117
825
097
.964
98.0
2861
.555
0.16
546
.007
98.1
650.
093
0.18
70.
400
0.34
11.
777
1.52
80.
108
0.01
574
0.03
447
0.01
180
251
98.2
5898
.322
61.4
960.
164
46.1
2298
.178
0.09
30.
187
0.40
10.
342
1.77
91.
530
0.10
80.
0157
60.
0344
40.
0118
325
298
.551
98.6
1561
.437
0.16
346
.236
98.1
910.
093
0.18
60.
401
0.34
31.
781
1.53
30.
107
0.01
578
0.03
441
0.01
185
253
98.8
4398
.907
61.3
770.
162
46.3
5098
.204
0.09
40.
186
0.40
20.
344
1.78
31.
536
0.10
70.
0157
90.
0343
70.
0118
725
499
.134
99.1
9861
.318
0.16
246
.464
98.2
170.
094
0.18
60.
402
0.34
51.
785
1.53
90.
107
0.01
581
0.03
434
0.01
190
255
99.4
2499
.488
61.2
600.
161
46.5
7798
.229
0.09
40.
186
0.40
30.
346
1.78
71.
542
0.10
70.
0158
30.
0343
10.
0119
225
699
.714
99.7
7861
.201
0.16
046
.690
98.2
420.
094
0.18
60.
404
0.34
71.
789
1.54
50.
106
0.01
585
0.03
427
0.01
194
257
100.
002
100.
066
61.1
420.
159
46.8
0498
.254
0.09
40.
186
0.40
40.
348
1.79
11.
548
0.10
60.
0158
70.
0342
40.
0119
725
810
0.29
010
0.35
461
.083
0.15
946
.916
98.2
650.
095
0.18
60.
405
0.34
91.
793
1.55
10.
106
0.01
589
0.03
421
0.01
199
259
100.
577
100.
641
61.0
240.
158
47.0
2998
.277
0.09
50.
186
0.40
60.
350
1.79
51.
554
0.10
60.
0159
10.
0341
70.
0120
1
17
R-5
07a
(R-1
25/1
43a
50/5
0) P
rope
rtie
s at
Sat
urat
ion
P [p
sia]
ρ [lb
/ft^3
]v
[ft^3
/lb]
Bul
kB
ubbl
eD
ewLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orC
p/C
v [u
nitle
ss]
μ [c
entip
ose]
k [B
tu/h
r-ft-
R]
T [F
]h
[Btu
/lb]
s [B
tu/R
-lb]
Cp
[Btu
/R-lb
]
260
100.
863
100.
927
60.9
650.
157
47.1
4298
.288
0.09
50.
186
0.40
60.
350
1.79
71.
557
0.10
50.
0159
30.
0341
40.
0120
426
110
1.14
810
1.21
260
.906
0.15
647
.254
98.2
990.
095
0.18
60.
407
0.35
11.
799
1.56
00.
105
0.01
594
0.03
411
0.01
206
262
101.
432
101.
496
60.8
470.
156
47.3
6698
.310
0.09
50.
186
0.40
70.
352
1.80
11.
563
0.10
50.
0159
60.
0340
80.
0120
826
310
1.71
610
1.78
060
.788
0.15
547
.478
98.3
210.
096
0.18
60.
408
0.35
31.
803
1.56
60.
105
0.01
598
0.03
405
0.01
211
264
101.
998
102.
063
60.7
290.
154
47.5
9098
.332
0.09
60.
186
0.40
90.
354
1.80
51.
569
0.10
40.
0160
00.
0340
10.
0121
326
510
2.28
010
2.34
460
.670
0.15
347
.701
98.3
420.
096
0.18
60.
409
0.35
51.
807
1.57
20.
104
0.01
602
0.03
398
0.01
215
266
102.
561
102.
626
60.6
110.
153
47.8
1398
.352
0.09
60.
186
0.41
00.
356
1.81
01.
575
0.10
40.
0160
40.
0339
50.
0121
826
710
2.84
210
2.90
660
.552
0.15
247
.924
98.3
620.
096
0.18
60.
411
0.35
71.
812
1.57
80.
104
0.01
606
0.03
392
0.01
220
268
103.
121
103.
185
60.4
940.
151
48.0
3598
.372
0.09
70.
186
0.41
10.
358
1.81
41.
581
0.10
40.
0160
80.
0338
90.
0122
326
910
3.40
010
3.46
460
.435
0.15
148
.145
98.3
810.
097
0.18
60.
412
0.35
91.
816
1.58
50.
103
0.01
610
0.03
385
0.01
225
270
103.
678
103.
742
60.3
760.
150
48.2
5698
.391
0.09
70.
186
0.41
20.
360
1.81
81.
588
0.10
30.
0161
20.
0338
20.
0122
827
110
3.95
510
4.01
960
.317
0.14
948
.367
98.4
000.
097
0.18
60.
413
0.36
11.
820
1.59
10.
103
0.01
613
0.03
379
0.01
230
272
104.
231
104.
295
60.2
580.
149
48.4
7798
.409
0.09
70.
186
0.41
40.
362
1.82
31.
594
0.10
30.
0161
50.
0337
60.
0123
227
310
4.50
710
4.57
160
.199
0.14
848
.587
98.4
180.
097
0.18
60.
414
0.36
31.
825
1.59
80.
102
0.01
617
0.03
373
0.01
235
274
104.
782
104.
846
60.1
400.
147
48.6
9798
.426
0.09
80.
186
0.41
50.
364
1.82
71.
601
0.10
20.
0161
90.
0337
00.
0123
727
510
5.05
610
5.12
060
.081
0.14
648
.806
98.4
340.
098
0.18
60.
416
0.36
51.
829
1.60
40.
102
0.01
621
0.03
367
0.01
240
276
105.
329
105.
393
60.0
220.
146
48.9
1698
.442
0.09
80.
186
0.41
70.
366
1.83
21.
608
0.10
20.
0162
30.
0336
30.
0124
227
710
5.60
210
5.66
659
.963
0.14
549
.025
98.4
500.
098
0.18
60.
417
0.36
81.
834
1.61
10.
101
0.01
625
0.03
360
0.01
245
278
105.
873
105.
938
59.9
040.
144
49.1
3598
.458
0.09
80.
186
0.41
80.
369
1.83
61.
615
0.10
10.
0162
70.
0335
70.
0124
727
910
6.14
410
6.20
959
.846
0.14
449
.244
98.4
660.
099
0.18
60.
419
0.37
01.
839
1.61
80.
101
0.01
629
0.03
354
0.01
250
280
106.
415
106.
479
59.7
870.
143
49.3
5298
.473
0.09
90.
186
0.41
90.
371
1.84
11.
622
0.10
10.
0163
10.
0335
10.
0125
228
110
6.68
410
6.74
959
.728
0.14
349
.461
98.4
800.
099
0.18
60.
420
0.37
21.
843
1.62
50.
100
0.01
633
0.03
348
0.01
255
282
106.
953
107.
018
59.6
690.
142
49.5
7098
.487
0.09
90.
186
0.42
10.
373
1.84
61.
629
0.10
00.
0163
50.
0334
50.
0125
728
310
7.22
110
7.28
659
.610
0.14
149
.678
98.4
930.
099
0.18
50.
421
0.37
41.
848
1.63
20.
100
0.01
637
0.03
342
0.01
260
284
107.
489
107.
553
59.5
510.
141
49.7
8698
.500
0.10
00.
185
0.42
20.
375
1.85
01.
636
0.10
00.
0163
90.
0333
90.
0126
228
510
7.75
510
7.82
059
.492
0.14
049
.894
98.5
060.
100
0.18
50.
423
0.37
61.
853
1.63
90.
100
0.01
641
0.03
336
0.01
265
286
108.
021
108.
086
59.4
330.
139
50.0
0298
.512
0.10
00.
185
0.42
40.
377
1.85
51.
643
0.09
90.
0164
30.
0333
30.
0126
728
710
8.28
710
8.35
159
.374
0.13
950
.110
98.5
180.
100
0.18
50.
424
0.37
91.
858
1.64
70.
099
0.01
645
0.03
330
0.01
270
288
108.
551
108.
616
59.3
150.
138
50.2
1898
.524
0.10
00.
185
0.42
50.
380
1.86
01.
650
0.09
90.
0164
70.
0332
70.
0127
228
910
8.81
510
8.87
959
.255
0.13
850
.325
98.5
290.
100
0.18
50.
426
0.38
11.
863
1.65
40.
099
0.01
649
0.03
324
0.01
275
290
109.
078
109.
143
59.1
960.
137
50.4
3298
.535
0.10
10.
185
0.42
60.
382
1.86
51.
658
0.09
80.
0165
10.
0332
10.
0127
729
110
9.34
110
9.40
559
.137
0.13
650
.540
98.5
400.
101
0.18
50.
427
0.38
31.
868
1.66
20.
098
0.01
653
0.03
318
0.01
280
292
109.
602
109.
667
59.0
780.
136
50.6
4798
.545
0.10
10.
185
0.42
80.
384
1.87
01.
666
0.09
80.
0165
50.
0331
50.
0128
329
310
9.86
410
9.92
859
.019
0.13
550
.753
98.5
490.
101
0.18
50.
429
0.38
51.
873
1.66
90.
098
0.01
657
0.03
312
0.01
285
294
110.
124
110.
188
58.9
600.
134
50.8
6098
.554
0.10
10.
185
0.43
00.
387
1.87
61.
673
0.09
80.
0165
90.
0330
90.
0128
829
511
0.38
411
0.44
858
.901
0.13
450
.967
98.5
580.
102
0.18
50.
430
0.38
81.
878
1.67
70.
097
0.01
661
0.03
306
0.01
290
296
110.
643
110.
707
58.8
410.
133
51.0
7398
.562
0.10
20.
185
0.43
10.
389
1.88
11.
681
0.09
70.
0166
30.
0330
30.
0129
3
18
R-5
07a
(R-1
25/1
43a
50/5
0) P
rope
rtie
s at
Sat
urat
ion
P [p
sia]
ρ [lb
/ft^3
]v
[ft^3
/lb]
Bul
kB
ubbl
eD
ewLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orC
p/C
v [u
nitle
ss]
μ [c
entip
ose]
k [B
tu/h
r-ft-
R]
T [F
]h
[Btu
/lb]
s [B
tu/R
-lb]
Cp
[Btu
/R-lb
]
297
110.
901
110.
966
58.7
820.
133
51.1
8098
.566
0.10
20.
185
0.43
20.
390
1.88
31.
685
0.09
70.
0166
50.
0330
00.
0129
629
811
1.15
911
1.22
358
.723
0.13
251
.286
98.5
700.
102
0.18
50.
433
0.39
21.
886
1.68
90.
097
0.01
667
0.03
298
0.01
298
299
111.
416
111.
480
58.6
630.
132
51.3
9298
.573
0.10
20.
185
0.43
30.
393
1.88
91.
693
0.09
60.
0166
90.
0329
50.
0130
130
011
1.67
311
1.73
758
.604
0.13
151
.498
98.5
760.
102
0.18
50.
434
0.39
41.
892
1.69
80.
096
0.01
671
0.03
292
0.01
304
301
111.
928
111.
993
58.5
450.
130
51.6
0398
.579
0.10
30.
185
0.43
50.
395
1.89
41.
702
0.09
60.
0167
30.
0328
90.
0130
630
211
2.18
311
2.24
858
.485
0.13
051
.709
98.5
820.
103
0.18
50.
436
0.39
71.
897
1.70
60.
096
0.01
675
0.03
286
0.01
309
303
112.
438
112.
502
58.4
260.
129
51.8
1598
.585
0.10
30.
185
0.43
70.
398
1.90
01.
710
0.09
60.
0167
70.
0328
30.
0131
230
411
2.69
211
2.75
658
.366
0.12
951
.920
98.5
870.
103
0.18
50.
437
0.39
91.
903
1.71
40.
095
0.01
679
0.03
280
0.01
314
305
112.
945
113.
009
58.3
070.
128
52.0
2598
.590
0.10
30.
185
0.43
80.
400
1.90
51.
719
0.09
50.
0168
10.
0327
70.
0131
730
611
3.19
711
3.26
258
.247
0.12
852
.130
98.5
920.
104
0.18
50.
439
0.40
21.
908
1.72
30.
095
0.01
683
0.03
275
0.01
320
307
113.
449
113.
513
58.1
880.
127
52.2
3598
.594
0.10
40.
185
0.44
00.
403
1.91
11.
727
0.09
50.
0168
50.
0327
20.
0132
330
811
3.70
111
3.76
558
.128
0.12
752
.340
98.5
950.
104
0.18
50.
441
0.40
41.
914
1.73
20.
095
0.01
687
0.03
269
0.01
325
309
113.
951
114.
015
58.0
680.
126
52.4
4598
.597
0.10
40.
185
0.44
20.
406
1.91
71.
736
0.09
40.
0169
00.
0326
60.
0132
831
011
4.20
111
4.26
558
.009
0.12
552
.550
98.5
980.
104
0.18
40.
443
0.40
71.
920
1.74
10.
094
0.01
692
0.03
263
0.01
331
311
114.
451
114.
515
57.9
490.
125
52.6
5498
.599
0.10
40.
184
0.44
30.
408
1.92
31.
745
0.09
40.
0169
40.
0326
00.
0133
431
211
4.70
011
4.76
457
.889
0.12
452
.758
98.6
000.
105
0.18
40.
444
0.41
01.
926
1.75
00.
094
0.01
696
0.03
258
0.01
336
313
114.
948
115.
012
57.8
290.
124
52.8
6398
.600
0.10
50.
184
0.44
50.
411
1.92
91.
754
0.09
30.
0169
80.
0325
50.
0133
931
411
5.19
511
5.25
957
.770
0.12
352
.967
98.6
010.
105
0.18
40.
446
0.41
31.
932
1.75
90.
093
0.01
700
0.03
252
0.01
342
315
115.
442
115.
506
57.7
100.
123
53.0
7198
.601
0.10
50.
184
0.44
70.
414
1.93
51.
764
0.09
30.
0170
20.
0324
90.
0134
531
611
5.68
911
5.75
357
.650
0.12
253
.175
98.6
010.
105
0.18
40.
448
0.41
51.
938
1.76
80.
093
0.01
704
0.03
247
0.01
348
317
115.
934
115.
998
57.5
900.
122
53.2
7998
.601
0.10
50.
184
0.44
90.
417
1.94
11.
773
0.09
30.
0170
70.
0324
40.
0135
031
811
6.18
011
6.24
357
.530
0.12
153
.382
98.6
010.
106
0.18
40.
450
0.41
81.
944
1.77
80.
092
0.01
709
0.03
241
0.01
353
319
116.
424
116.
488
57.4
690.
121
53.4
8698
.600
0.10
60.
184
0.45
10.
420
1.94
81.
783
0.09
20.
0171
10.
0323
80.
0135
632
011
6.66
811
6.73
257
.409
0.12
053
.590
98.5
990.
106
0.18
40.
451
0.42
11.
951
1.78
80.
092
0.01
713
0.03
236
0.01
359
321
116.
912
116.
975
57.3
490.
120
53.6
9398
.598
0.10
60.
184
0.45
20.
423
1.95
41.
793
0.09
20.
0171
50.
0323
30.
0136
232
211
7.15
411
7.21
857
.289
0.11
953
.796
98.5
970.
106
0.18
40.
453
0.42
41.
957
1.79
80.
092
0.01
717
0.03
230
0.01
365
323
117.
397
117.
460
57.2
290.
119
53.9
0098
.596
0.10
70.
184
0.45
40.
426
1.96
11.
803
0.09
10.
0172
00.
0322
70.
0136
832
411
7.63
811
7.70
257
.168
0.11
854
.003
98.5
940.
107
0.18
40.
455
0.42
71.
964
1.80
80.
091
0.01
722
0.03
225
0.01
371
325
117.
879
117.
943
57.1
080.
118
54.1
0698
.592
0.10
70.
184
0.45
60.
429
1.96
71.
813
0.09
10.
0172
40.
0322
20.
0137
432
611
8.12
011
8.18
357
.047
0.11
754
.209
98.5
900.
107
0.18
40.
457
0.43
01.
971
1.81
80.
091
0.01
726
0.03
219
0.01
376
327
118.
360
118.
423
56.9
870.
117
54.3
1198
.588
0.10
70.
184
0.45
80.
432
1.97
41.
824
0.09
10.
0172
80.
0321
70.
0137
932
811
8.59
911
8.66
356
.926
0.11
654
.414
98.5
850.
107
0.18
40.
459
0.43
41.
977
1.82
90.
090
0.01
731
0.03
214
0.01
382
329
118.
838
118.
901
56.8
650.
116
54.5
1798
.583
0.10
80.
184
0.46
00.
435
1.98
11.
834
0.09
00.
0173
30.
0321
10.
0138
533
011
9.07
611
9.14
056
.805
0.11
554
.619
98.5
800.
108
0.18
40.
461
0.43
71.
984
1.84
00.
090
0.01
735
0.03
209
0.01
388
331
119.
314
119.
377
56.7
440.
115
54.7
2298
.577
0.10
80.
184
0.46
20.
438
1.98
81.
845
0.09
00.
0173
70.
0320
60.
0139
133
211
9.55
111
9.61
456
.683
0.11
454
.824
98.5
730.
108
0.18
40.
463
0.44
01.
992
1.85
10.
090
0.01
740
0.03
203
0.01
394
333
119.
788
119.
851
56.6
220.
114
54.9
2698
.570
0.10
80.
184
0.46
40.
442
1.99
51.
856
0.08
90.
0174
20.
0320
10.
0139
7
19
R-5
07a
(R-1
25/1
43a
50/5
0) P
rope
rtie
s at
Sat
urat
ion
P [p
sia]
ρ [lb
/ft^3
]v
[ft^3
/lb]
Bul
kB
ubbl
eD
ewLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orC
p/C
v [u
nitle
ss]
μ [c
entip
ose]
k [B
tu/h
r-ft-
R]
T [F
]h
[Btu
/lb]
s [B
tu/R
-lb]
Cp
[Btu
/R-lb
]
334
120.
024
120.
087
56.5
610.
113
55.0
2998
.566
0.10
80.
184
0.46
50.
443
1.99
91.
862
0.08
90.
0174
40.
0319
80.
0140
033
512
0.25
912
0.32
256
.500
0.11
355
.131
98.5
620.
109
0.18
30.
466
0.44
52.
002
1.86
70.
089
0.01
746
0.03
196
0.01
404
336
120.
494
120.
557
56.4
390.
112
55.2
3398
.558
0.10
90.
183
0.46
70.
447
2.00
61.
873
0.08
90.
0174
90.
0319
30.
0140
733
712
0.72
812
0.79
256
.378
0.11
255
.335
98.5
540.
109
0.18
30.
468
0.44
82.
010
1.87
90.
089
0.01
751
0.03
190
0.01
410
338
120.
962
121.
025
56.3
170.
111
55.4
3798
.549
0.10
90.
183
0.47
00.
450
2.01
41.
885
0.08
80.
0175
30.
0318
80.
0141
333
912
1.19
612
1.25
956
.255
0.11
155
.538
98.5
440.
109
0.18
30.
471
0.45
22.
017
1.89
10.
088
0.01
756
0.03
185
0.01
416
340
121.
428
121.
491
56.1
940.
110
55.6
4098
.539
0.10
90.
183
0.47
20.
454
2.02
11.
897
0.08
80.
0175
80.
0318
30.
0141
934
112
1.66
112
1.72
356
.132
0.11
055
.742
98.5
340.
110
0.18
30.
473
0.45
52.
025
1.90
30.
088
0.01
760
0.03
180
0.01
422
342
121.
892
121.
955
56.0
710.
110
55.8
4398
.529
0.11
00.
183
0.47
40.
457
2.02
91.
909
0.08
80.
0176
30.
0317
70.
0142
534
312
2.12
412
2.18
656
.009
0.10
955
.945
98.5
230.
110
0.18
30.
475
0.45
92.
033
1.91
50.
087
0.01
765
0.03
175
0.01
429
344
122.
354
122.
417
55.9
470.
109
56.0
4698
.517
0.11
00.
183
0.47
60.
461
2.03
71.
921
0.08
70.
0176
70.
0317
20.
0143
234
512
2.58
412
2.64
755
.886
0.10
856
.147
98.5
110.
110
0.18
30.
477
0.46
32.
041
1.92
80.
087
0.01
770
0.03
170
0.01
435
346
122.
814
122.
876
55.8
240.
108
56.2
4998
.505
0.11
00.
183
0.47
90.
465
2.04
51.
934
0.08
70.
0177
20.
0316
70.
0143
834
712
3.04
312
3.10
655
.762
0.10
756
.350
98.4
980.
111
0.18
30.
480
0.46
72.
049
1.94
00.
087
0.01
774
0.03
165
0.01
441
348
123.
272
123.
334
55.7
000.
107
56.4
5198
.491
0.11
10.
183
0.48
10.
469
2.05
31.
947
0.08
60.
0177
70.
0316
20.
0144
534
912
3.50
012
3.56
255
.638
0.10
656
.552
98.4
840.
111
0.18
30.
482
0.47
02.
058
1.95
40.
086
0.01
779
0.03
160
0.01
448
350
123.
727
123.
790
55.5
750.
106
56.6
5398
.477
0.11
10.
183
0.48
30.
472
2.06
21.
960
0.08
60.
0178
20.
0315
70.
0145
135
112
3.95
412
4.01
755
.513
0.10
656
.754
98.4
700.
111
0.18
30.
485
0.47
42.
066
1.96
70.
086
0.01
784
0.03
155
0.01
455
352
124.
181
124.
243
55.4
510.
105
56.8
5598
.462
0.11
10.
183
0.48
60.
476
2.07
11.
974
0.08
60.
0178
60.
0315
20.
0145
835
312
4.40
712
4.46
955
.388
0.10
556
.956
98.4
540.
112
0.18
30.
487
0.47
82.
075
1.98
10.
085
0.01
789
0.03
150
0.01
461
354
124.
632
124.
694
55.3
250.
104
57.0
5798
.446
0.11
20.
183
0.48
80.
480
2.07
91.
988
0.08
50.
0179
10.
0314
70.
0146
535
512
4.85
712
4.91
955
.263
0.10
457
.157
98.4
380.
112
0.18
30.
490
0.48
32.
084
1.99
50.
085
0.01
794
0.03
145
0.01
468
356
125.
082
125.
144
55.2
000.
103
57.2
5898
.429
0.11
20.
183
0.49
10.
485
2.08
82.
002
0.08
50.
0179
60.
0314
30.
0147
135
712
5.30
612
5.36
855
.137
0.10
357
.359
98.4
200.
112
0.18
20.
492
0.48
72.
093
2.00
90.
085
0.01
799
0.03
140
0.01
475
358
125.
530
125.
591
55.0
740.
103
57.4
5998
.411
0.11
20.
182
0.49
40.
489
2.09
82.
016
0.08
40.
0180
10.
0313
80.
0147
835
912
5.75
312
5.81
455
.011
0.10
257
.560
98.4
020.
113
0.18
20.
495
0.49
12.
102
2.02
40.
084
0.01
804
0.03
135
0.01
482
360
125.
975
126.
037
54.9
480.
102
57.6
6098
.392
0.11
30.
182
0.49
60.
493
2.10
72.
031
0.08
40.
0180
60.
0313
30.
0148
536
112
6.19
712
6.25
954
.885
0.10
157
.761
98.3
830.
113
0.18
20.
498
0.49
52.
112
2.03
90.
084
0.01
809
0.03
130
0.01
489
362
126.
419
126.
480
54.8
210.
101
57.8
6198
.373
0.11
30.
182
0.49
90.
498
2.11
62.
046
0.08
40.
0181
10.
0312
80.
0149
236
312
6.64
012
6.70
154
.758
0.10
057
.961
98.3
620.
113
0.18
20.
500
0.50
02.
121
2.05
40.
084
0.01
814
0.03
126
0.01
496
364
126.
861
126.
922
54.6
940.
100
58.0
6298
.352
0.11
30.
182
0.50
20.
502
2.12
62.
062
0.08
30.
0181
60.
0312
30.
0149
936
512
7.08
112
7.14
254
.630
0.10
058
.162
98.3
410.
114
0.18
20.
503
0.50
42.
131
2.07
00.
083
0.01
819
0.03
121
0.01
503
366
127.
301
127.
362
54.5
660.
099
58.2
6298
.330
0.11
40.
182
0.50
50.
507
2.13
62.
078
0.08
30.
0182
10.
0311
90.
0150
636
712
7.52
012
7.58
154
.503
0.09
958
.362
98.3
190.
114
0.18
20.
506
0.50
92.
141
2.08
60.
083
0.01
824
0.03
116
0.01
510
368
127.
738
127.
799
54.4
380.
098
58.4
6298
.308
0.11
40.
182
0.50
70.
512
2.14
72.
094
0.08
30.
0182
70.
0311
40.
0151
336
912
7.95
712
8.01
854
.374
0.09
858
.562
98.2
960.
114
0.18
20.
509
0.51
42.
152
2.10
20.
082
0.01
829
0.03
111
0.01
517
370
128.
175
128.
235
54.3
100.
098
58.6
6298
.284
0.11
40.
182
0.51
00.
516
2.15
72.
110
0.08
20.
0183
20.
0310
90.
0152
1
20
R-5
07a
(R-1
25/1
43a
50/5
0) P
rope
rtie
s at
Sat
urat
ion
P [p
sia]
ρ [lb
/ft^3
]v
[ft^3
/lb]
Bul
kB
ubbl
eD
ewLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orC
p/C
v [u
nitle
ss]
μ [c
entip
ose]
k [B
tu/h
r-ft-
R]
T [F
]h
[Btu
/lb]
s [B
tu/R
-lb]
Cp
[Btu
/R-lb
]
371
128.
392
128.
453
54.2
460.
097
58.7
6298
.272
0.11
50.
182
0.51
20.
519
2.16
22.
119
0.08
20.
0183
50.
0310
70.
0152
437
212
8.60
912
8.66
954
.181
0.09
758
.862
98.2
600.
115
0.18
20.
513
0.52
12.
168
2.12
80.
082
0.01
837
0.03
105
0.01
528
373
128.
825
128.
886
54.1
160.
096
58.9
6298
.247
0.11
50.
182
0.51
50.
524
2.17
32.
136
0.08
20.
0184
00.
0310
20.
0153
237
412
9.04
112
9.10
254
.051
0.09
659
.062
98.2
340.
115
0.18
20.
517
0.52
62.
179
2.14
50.
081
0.01
843
0.03
100
0.01
536
375
129.
257
129.
317
53.9
870.
096
59.1
6298
.221
0.11
50.
182
0.51
80.
529
2.18
42.
154
0.08
10.
0184
50.
0309
80.
0153
937
612
9.47
212
9.53
253
.921
0.09
559
.262
98.2
070.
115
0.18
20.
520
0.53
22.
190
2.16
30.
081
0.01
848
0.03
095
0.01
543
377
129.
686
129.
746
53.8
560.
095
59.3
6298
.194
0.11
60.
181
0.52
10.
534
2.19
62.
172
0.08
10.
0185
10.
0309
30.
0154
737
812
9.90
012
9.96
053
.791
0.09
459
.462
98.1
800.
116
0.18
10.
523
0.53
72.
201
2.18
10.
081
0.01
853
0.03
091
0.01
551
379
130.
114
130.
174
53.7
250.
094
59.5
6298
.166
0.11
60.
181
0.52
50.
540
2.20
72.
191
0.08
10.
0185
60.
0308
90.
0155
538
013
0.32
713
0.38
753
.660
0.09
459
.662
98.1
510.
116
0.18
10.
526
0.54
32.
213
2.20
00.
080
0.01
859
0.03
086
0.01
558
381
130.
540
130.
600
53.5
940.
093
59.7
6198
.136
0.11
60.
181
0.52
80.
545
2.21
92.
210
0.08
00.
0186
20.
0308
40.
0156
238
213
0.75
213
0.81
253
.528
0.09
359
.861
98.1
210.
116
0.18
10.
530
0.54
82.
225
2.22
00.
080
0.01
864
0.03
082
0.01
566
383
130.
964
131.
024
53.4
620.
092
59.9
6198
.106
0.11
70.
181
0.53
10.
551
2.23
22.
229
0.08
00.
0186
70.
0308
00.
0157
038
413
1.17
613
1.23
553
.396
0.09
260
.061
98.0
910.
117
0.18
10.
533
0.55
42.
238
2.24
00.
080
0.01
870
0.03
078
0.01
574
385
131.
387
131.
446
53.3
300.
092
60.1
6198
.075
0.11
70.
181
0.53
50.
557
2.24
42.
250
0.07
90.
0187
30.
0307
50.
0157
838
613
1.59
713
1.65
753
.263
0.09
160
.260
98.0
590.
117
0.18
10.
537
0.56
02.
251
2.26
00.
079
0.01
876
0.03
073
0.01
582
387
131.
807
131.
867
53.1
960.
091
60.3
6098
.042
0.11
70.
181
0.53
90.
563
2.25
72.
270
0.07
90.
0187
90.
0307
10.
0158
638
813
2.01
713
2.07
653
.130
0.09
160
.460
98.0
260.
117
0.18
10.
540
0.56
62.
264
2.28
10.
079
0.01
881
0.03
069
0.01
590
389
132.
226
132.
285
53.0
630.
090
60.5
6098
.009
0.11
80.
181
0.54
20.
569
2.27
02.
292
0.07
90.
0188
40.
0306
70.
0159
439
013
2.43
513
2.49
452
.996
0.09
060
.659
97.9
920.
118
0.18
10.
544
0.57
22.
277
2.30
30.
078
0.01
887
0.03
065
0.01
599
391
132.
644
132.
702
52.9
280.
089
60.7
5997
.974
0.11
80.
181
0.54
60.
575
2.28
42.
314
0.07
80.
0189
00.
0306
30.
0160
339
213
2.85
213
2.91
052
.861
0.08
960
.859
97.9
570.
118
0.18
10.
548
0.57
92.
291
2.32
50.
078
0.01
893
0.03
060
0.01
607
393
133.
059
133.
118
52.7
930.
089
60.9
5997
.939
0.11
80.
181
0.55
00.
582
2.29
82.
336
0.07
80.
0189
60.
0305
80.
0161
139
413
3.26
613
3.32
552
.725
0.08
861
.059
97.9
200.
118
0.18
10.
552
0.58
52.
305
2.34
80.
078
0.01
899
0.03
056
0.01
615
395
133.
473
133.
531
52.6
570.
088
61.1
5897
.902
0.11
90.
180
0.55
40.
589
2.31
22.
359
0.07
80.
0190
20.
0305
40.
0162
039
613
3.67
913
3.73
752
.589
0.08
861
.258
97.8
830.
119
0.18
00.
556
0.59
22.
319
2.37
10.
077
0.01
905
0.03
052
0.01
624
397
133.
885
133.
943
52.5
210.
087
61.3
5897
.864
0.11
90.
180
0.55
80.
595
2.32
72.
383
0.07
70.
0190
80.
0305
00.
0162
839
813
4.09
013
4.14
952
.453
0.08
761
.458
97.8
440.
119
0.18
00.
560
0.59
92.
334
2.39
50.
077
0.01
911
0.03
048
0.01
633
399
134.
295
134.
353
52.3
840.
087
61.5
5897
.824
0.11
90.
180
0.56
20.
603
2.34
22.
408
0.07
70.
0191
40.
0304
60.
0163
740
013
4.50
013
4.55
852
.315
0.08
661
.658
97.8
040.
119
0.18
00.
565
0.60
62.
350
2.42
00.
077
0.01
917
0.03
044
0.01
641
401
134.
704
134.
762
52.2
460.
086
61.7
5897
.784
0.11
90.
180
0.56
70.
610
2.35
82.
433
0.07
60.
0192
00.
0304
20.
0164
640
213
4.90
813
4.96
652
.177
0.08
661
.858
97.7
630.
120
0.18
00.
569
0.61
42.
366
2.44
60.
076
0.01
923
0.03
040
0.01
650
403
135.
111
135.
169
52.1
070.
085
61.9
5897
.742
0.12
00.
180
0.57
10.
617
2.37
42.
459
0.07
60.
0192
70.
0303
80.
0165
540
413
5.31
413
5.37
252
.038
0.08
562
.058
97.7
210.
120
0.18
00.
574
0.62
12.
382
2.47
20.
076
0.01
930
0.03
036
0.01
659
405
135.
517
135.
574
51.9
680.
084
62.1
5897
.699
0.12
00.
180
0.57
60.
625
2.39
02.
486
0.07
60.
0193
30.
0303
40.
0166
440
613
5.71
913
5.77
651
.898
0.08
462
.258
97.6
770.
120
0.18
00.
578
0.62
92.
399
2.49
90.
076
0.01
936
0.03
032
0.01
669
407
135.
921
135.
978
51.8
270.
084
62.3
5897
.655
0.12
00.
180
0.58
10.
633
2.40
72.
513
0.07
50.
0193
90.
0303
00.
0167
3
21
R-5
07a
(R-1
25/1
43a
50/5
0) P
rope
rtie
s at
Sat
urat
ion
P [p
sia]
ρ [lb
/ft^3
]v
[ft^3
/lb]
Bul
kB
ubbl
eD
ewLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orC
p/C
v [u
nitle
ss]
μ [c
entip
ose]
k [B
tu/h
r-ft-
R]
T [F
]h
[Btu
/lb]
s [B
tu/R
-lb]
Cp
[Btu
/R-lb
]
408
136.
122
136.
179
51.7
570.
083
62.4
5897
.632
0.12
10.
180
0.58
30.
637
2.41
62.
528
0.07
50.
0194
30.
0302
80.
0167
840
913
6.32
313
6.38
051
.686
0.08
362
.558
97.6
090.
121
0.18
00.
586
0.64
12.
425
2.54
20.
075
0.01
946
0.03
027
0.01
683
410
136.
523
136.
580
51.6
150.
083
62.6
5897
.586
0.12
10.
180
0.58
80.
646
2.43
42.
557
0.07
50.
0194
90.
0302
50.
0168
741
113
6.72
413
6.78
051
.544
0.08
262
.759
97.5
620.
121
0.17
90.
591
0.65
02.
443
2.57
20.
075
0.01
952
0.03
023
0.01
692
412
136.
923
136.
980
51.4
730.
082
62.8
5997
.538
0.12
10.
179
0.59
30.
654
2.45
22.
587
0.07
40.
0195
60.
0302
10.
0169
741
313
7.12
313
7.17
951
.401
0.08
262
.959
97.5
140.
121
0.17
90.
596
0.65
92.
462
2.60
20.
074
0.01
959
0.03
019
0.01
702
414
137.
322
137.
378
51.3
290.
081
63.0
6097
.489
0.12
20.
179
0.59
90.
663
2.47
12.
618
0.07
40.
0196
20.
0301
70.
0170
741
513
7.52
013
7.57
651
.257
0.08
163
.160
97.4
640.
122
0.17
90.
601
0.66
82.
481
2.63
40.
074
0.01
966
0.03
016
0.01
712
416
137.
718
137.
774
51.1
850.
081
63.2
6197
.439
0.12
20.
179
0.60
40.
672
2.49
12.
650
0.07
40.
0196
90.
0301
40.
0171
741
713
7.91
613
7.97
251
.112
0.08
063
.362
97.4
130.
122
0.17
90.
607
0.67
72.
501
2.66
60.
074
0.01
973
0.03
012
0.01
722
418
138.
113
138.
169
51.0
400.
080
63.4
6297
.387
0.12
20.
179
0.61
00.
682
2.51
12.
683
0.07
30.
0197
60.
0301
00.
0172
741
913
8.31
013
8.36
650
.966
0.08
063
.563
97.3
610.
122
0.17
90.
613
0.68
72.
522
2.70
00.
073
0.01
980
0.03
009
0.01
732
420
138.
507
138.
562
50.8
930.
079
63.6
6497
.334
0.12
30.
179
0.61
60.
692
2.53
22.
717
0.07
30.
0198
30.
0300
70.
0173
742
113
8.70
313
8.75
850
.820
0.07
963
.765
97.3
070.
123
0.17
90.
619
0.69
72.
543
2.73
50.
073
0.01
987
0.03
005
0.01
742
422
138.
899
138.
954
50.7
460.
079
63.8
6697
.279
0.12
30.
179
0.62
20.
702
2.55
42.
753
0.07
30.
0199
00.
0300
30.
0174
842
313
9.09
413
9.14
950
.672
0.07
863
.967
97.2
520.
123
0.17
90.
625
0.70
72.
565
2.77
10.
072
0.01
994
0.03
002
0.01
753
424
139.
289
139.
344
50.5
970.
078
64.0
6897
.223
0.12
30.
179
0.62
80.
713
2.57
62.
789
0.07
20.
0199
70.
0300
00.
0175
842
513
9.48
413
9.53
950
.523
0.07
864
.169
97.1
950.
123
0.17
90.
631
0.71
82.
588
2.80
80.
072
0.02
001
0.02
999
0.01
764
426
139.
678
139.
733
50.4
480.
077
64.2
7197
.166
0.12
40.
178
0.63
40.
723
2.60
02.
828
0.07
20.
0200
50.
0299
70.
0176
942
713
9.87
213
9.92
750
.372
0.07
764
.372
97.1
360.
124
0.17
80.
638
0.72
92.
612
2.84
70.
072
0.02
008
0.02
995
0.01
775
428
140.
066
140.
120
50.2
970.
077
64.4
7497
.106
0.12
40.
178
0.64
10.
735
2.62
42.
867
0.07
20.
0201
20.
0299
40.
0178
042
914
0.25
914
0.31
350
.221
0.07
664
.576
97.0
760.
124
0.17
80.
644
0.74
12.
636
2.88
70.
071
0.02
016
0.02
992
0.01
786
430
140.
451
140.
505
50.1
450.
076
64.6
7797
.045
0.12
40.
178
0.64
80.
747
2.64
92.
908
0.07
10.
0202
00.
0299
10.
0179
143
114
0.64
414
0.69
850
.068
0.07
664
.779
97.0
140.
124
0.17
80.
652
0.75
32.
662
2.92
90.
071
0.02
023
0.02
989
0.01
797
432
140.
836
140.
890
49.9
920.
075
64.8
8196
.983
0.12
50.
178
0.65
50.
759
2.67
52.
951
0.07
10.
0202
70.
0298
80.
0180
343
314
1.02
814
1.08
149
.915
0.07
564
.983
96.9
510.
125
0.17
80.
659
0.76
52.
688
2.97
30.
071
0.02
031
0.02
987
0.01
809
434
141.
219
141.
272
49.8
370.
075
65.0
8696
.918
0.12
50.
178
0.66
30.
772
2.70
22.
995
0.07
00.
0203
50.
0298
50.
0181
443
514
1.41
014
1.46
349
.759
0.07
465
.188
96.8
850.
125
0.17
80.
667
0.77
82.
716
3.01
80.
070
0.02
039
0.02
984
0.01
820
436
141.
600
141.
653
49.6
810.
074
65.2
9096
.852
0.12
50.
178
0.67
10.
785
2.73
03.
041
0.07
00.
0204
30.
0298
20.
0182
643
714
1.79
014
1.84
349
.603
0.07
465
.393
96.8
180.
125
0.17
80.
675
0.79
22.
744
3.06
50.
070
0.02
047
0.02
981
0.01
832
438
141.
980
142.
033
49.5
240.
073
65.4
9696
.784
0.12
60.
178
0.67
90.
799
2.75
93.
089
0.07
00.
0205
10.
0298
00.
0183
843
914
2.17
014
2.22
249
.445
0.07
365
.599
96.7
500.
126
0.17
70.
683
0.80
62.
774
3.11
40.
069
0.02
055
0.02
979
0.01
845
440
142.
359
142.
411
49.3
660.
073
65.7
0296
.714
0.12
60.
177
0.68
70.
813
2.79
03.
139
0.06
90.
0205
90.
0297
70.
0185
144
114
2.54
714
2.60
049
.286
0.07
265
.805
96.6
790.
126
0.17
70.
692
0.82
12.
805
3.16
50.
069
0.02
063
0.02
976
0.01
857
442
142.
736
142.
788
49.2
050.
072
65.9
0896
.643
0.12
60.
177
0.69
60.
828
2.82
13.
192
0.06
90.
0206
80.
0297
50.
0186
344
314
2.92
414
2.97
549
.125
0.07
266
.012
96.6
060.
126
0.17
70.
701
0.83
62.
838
3.21
90.
069
0.02
072
0.02
974
0.01
870
444
143.
111
143.
163
49.0
440.
071
66.1
1696
.569
0.12
70.
177
0.70
50.
844
2.85
53.
246
0.06
90.
0207
60.
0297
30.
0187
6
22
R-5
07a
(R-1
25/1
43a
50/5
0) P
rope
rtie
s at
Sat
urat
ion
P [p
sia]
ρ [lb
/ft^3
]v
[ft^3
/lb]
Bul
kB
ubbl
eD
ewLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orC
p/C
v [u
nitle
ss]
μ [c
entip
ose]
k [B
tu/h
r-ft-
R]
T [F
]h
[Btu
/lb]
s [B
tu/R
-lb]
Cp
[Btu
/R-lb
]
445
143.
298
143.
350
48.9
620.
071
66.2
1996
.531
0.12
70.
177
0.71
00.
852
2.87
23.
274
0.06
80.
0208
00.
0297
20.
0188
344
614
3.48
514
3.53
748
.880
0.07
166
.323
96.4
930.
127
0.17
70.
715
0.86
02.
889
3.30
30.
068
0.02
085
0.02
970
0.01
889
447
143.
672
143.
723
48.7
980.
071
66.4
2896
.455
0.12
70.
177
0.72
00.
869
2.90
73.
333
0.06
80.
0208
90.
0296
90.
0189
644
814
3.85
814
3.90
948
.716
0.07
066
.532
96.4
160.
127
0.17
70.
725
0.87
72.
925
3.36
30.
068
0.02
093
0.02
968
0.01
903
449
144.
044
144.
095
48.6
320.
070
66.6
3796
.376
0.12
70.
177
0.73
00.
886
2.94
43.
394
0.06
80.
0209
80.
0296
80.
0191
045
014
4.22
914
4.28
048
.549
0.07
066
.742
96.3
360.
128
0.17
70.
735
0.89
52.
963
3.42
50.
067
0.02
102
0.02
967
0.01
917
451
144.
414
144.
465
48.4
650.
069
66.8
4796
.295
0.12
80.
176
0.74
10.
904
2.98
33.
457
0.06
70.
0210
70.
0296
60.
0192
445
214
4.59
914
4.64
948
.380
0.06
966
.952
96.2
540.
128
0.17
60.
746
0.91
43.
003
3.49
00.
067
0.02
112
0.02
965
0.01
931
453
144.
783
144.
833
48.2
950.
069
67.0
5796
.212
0.12
80.
176
0.75
20.
924
3.02
43.
524
0.06
70.
0211
60.
0296
40.
0193
845
414
4.96
714
5.01
748
.210
0.06
867
.163
96.1
690.
128
0.17
60.
758
0.93
43.
045
3.55
90.
067
0.02
121
0.02
963
0.01
945
455
145.
151
145.
201
48.1
240.
068
67.2
6996
.126
0.12
80.
176
0.76
40.
944
3.06
63.
594
0.06
60.
0212
60.
0296
30.
0195
345
614
5.33
414
5.38
448
.038
0.06
867
.375
96.0
820.
129
0.17
60.
770
0.95
43.
089
3.63
10.
066
0.02
130
0.02
962
0.01
960
457
145.
517
145.
567
47.9
510.
067
67.4
8196
.038
0.12
90.
176
0.77
60.
965
3.11
13.
668
0.06
60.
0213
50.
0296
10.
0196
845
814
5.70
014
5.74
947
.863
0.06
767
.588
95.9
930.
129
0.17
60.
783
0.97
63.
135
3.70
70.
066
0.02
140
0.02
961
0.01
975
459
145.
882
145.
931
47.7
750.
067
67.6
9595
.947
0.12
90.
176
0.79
00.
987
3.15
93.
746
0.06
60.
0214
50.
0296
00.
0198
346
014
6.06
414
6.11
347
.686
0.06
667
.802
95.9
010.
129
0.17
60.
796
0.99
93.
183
3.78
60.
066
0.02
150
0.02
960
0.01
991
461
146.
246
146.
294
47.5
970.
066
67.9
1095
.854
0.12
90.
175
0.80
31.
011
3.20
93.
828
0.06
50.
0215
50.
0295
90.
0199
946
214
6.42
714
6.47
547
.508
0.06
668
.018
95.8
070.
130
0.17
50.
811
1.02
33.
235
3.87
00.
065
0.02
160
0.02
959
0.02
007
463
146.
608
146.
656
47.4
170.
066
68.1
2695
.758
0.13
00.
175
0.81
81.
036
3.26
13.
914
0.06
50.
0216
50.
0295
90.
0201
546
414
6.78
914
6.83
647
.326
0.06
568
.234
95.7
090.
130
0.17
50.
826
1.04
93.
289
3.95
90.
065
0.02
171
0.02
959
0.02
023
465
146.
969
147.
016
47.2
350.
065
68.3
4395
.660
0.13
00.
175
0.83
31.
062
3.31
74.
005
0.06
50.
0217
60.
0295
80.
0203
246
614
7.14
914
7.19
647
.143
0.06
568
.452
95.6
090.
130
0.17
50.
841
1.07
63.
346
4.05
30.
064
0.02
181
0.02
958
0.02
040
467
147.
328
147.
375
47.0
500.
064
68.5
6195
.558
0.13
00.
175
0.85
01.
090
3.37
64.
102
0.06
40.
0218
70.
0295
80.
0204
946
814
7.50
714
7.55
446
.956
0.06
468
.671
95.5
060.
131
0.17
50.
858
1.10
43.
407
4.15
20.
064
0.02
192
0.02
958
0.02
058
469
147.
686
147.
733
46.8
620.
064
68.7
8195
.453
0.13
10.
175
0.86
71.
119
3.43
94.
204
0.06
40.
0219
80.
0295
80.
0206
747
014
7.86
514
7.91
146
.767
0.06
368
.892
95.4
000.
131
0.17
50.
876
1.13
53.
471
4.25
80.
064
0.02
203
0.02
958
0.02
076
471
148.
043
148.
089
46.6
720.
063
69.0
0295
.345
0.13
10.
174
0.88
51.
150
3.50
54.
313
0.06
30.
0220
90.
0295
90.
0208
547
214
8.22
114
8.26
646
.575
0.06
369
.114
95.2
900.
131
0.17
40.
895
1.16
73.
540
4.37
00.
063
0.02
215
0.02
959
0.02
094
473
148.
398
148.
444
46.4
780.
062
69.2
2595
.234
0.13
10.
174
0.90
51.
184
3.57
64.
428
0.06
30.
0222
10.
0295
90.
0210
447
414
8.57
514
8.62
146
.380
0.06
269
.337
95.1
770.
132
0.17
40.
915
1.20
13.
613
4.48
80.
063
0.02
226
0.02
960
0.02
113
475
148.
752
148.
797
46.2
820.
062
69.4
5095
.120
0.13
20.
174
0.92
61.
219
3.65
14.
551
0.06
30.
0223
20.
0296
00.
0212
347
614
8.92
814
8.97
346
.182
0.06
169
.563
95.0
610.
132
0.17
40.
937
1.23
83.
691
4.61
50.
062
0.02
238
0.02
961
0.02
133
477
149.
104
149.
149
46.0
820.
061
69.6
7695
.001
0.13
20.
174
0.94
81.
257
3.73
24.
682
0.06
20.
0224
50.
0296
10.
0214
347
814
9.28
014
9.32
545
.980
0.06
169
.790
94.9
410.
132
0.17
40.
960
1.27
73.
775
4.75
10.
062
0.02
251
0.02
962
0.02
154
479
149.
456
149.
500
45.8
780.
061
69.9
0594
.879
0.13
30.
174
0.97
21.
297
3.81
94.
823
0.06
20.
0225
70.
0296
30.
0216
448
014
9.63
114
9.67
545
.775
0.06
070
.020
94.8
170.
133
0.17
30.
985
1.31
93.
864
4.89
70.
062
0.02
264
0.02
964
0.02
175
481
149.
806
149.
849
45.6
710.
060
70.1
3594
.753
0.13
30.
173
0.99
81.
341
3.91
24.
973
0.06
10.
0227
00.
0296
50.
0218
6
23
R-5
07a
(R-1
25/1
43a
50/5
0) P
rope
rtie
s at
Sat
urat
ion
P [p
sia]
ρ [lb
/ft^3
]v
[ft^3
/lb]
Bul
kB
ubbl
eD
ewLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orLi
quid
Vap
orC
p/C
v [u
nitle
ss]
μ [c
entip
ose]
k [B
tu/h
r-ft-
R]
T [F
]h
[Btu
/lb]
s [B
tu/R
-lb]
Cp
[Btu
/R-lb
]
482
149.
980
150.
023
45.5
660.
060
70.2
5194
.688
0.13
30.
173
1.01
21.
364
3.96
15.
053
0.06
10.
0227
70.
0296
60.
0219
748
315
0.15
415
0.19
745
.460
0.05
970
.368
94.6
220.
133
0.17
31.
026
1.38
84.
012
5.13
50.
061
0.02
284
0.02
967
0.02
208
484
150.
328
150.
371
45.3
530.
059
70.4
8594
.555
0.13
30.
173
1.04
11.
412
4.06
55.
221
0.06
10.
0229
00.
0296
90.
0222
048
515
0.50
115
0.54
445
.245
0.05
970
.603
94.4
870.
134
0.17
31.
056
1.43
84.
121
5.31
00.
060
0.02
297
0.02
970
0.02
232
486
150.
674
150.
717
45.1
360.
058
70.7
2194
.418
0.13
40.
173
1.07
21.
465
4.17
85.
402
0.06
00.
0230
40.
0297
20.
0224
448
715
0.84
715
0.88
945
.025
0.05
870
.841
94.3
470.
134
0.17
31.
089
1.49
24.
238
5.49
90.
060
0.02
312
0.02
973
0.02
256
488
151.
019
151.
061
44.9
140.
058
70.9
6094
.276
0.13
40.
172
1.10
61.
521
4.30
05.
599
0.06
00.
0231
90.
0297
50.
0226
948
915
1.19
115
1.23
344
.801
0.05
771
.081
94.2
020.
134
0.17
21.
124
1.55
24.
366
5.70
30.
060
0.02
326
0.02
977
0.02
282
490
151.
363
151.
404
44.6
870.
057
71.2
0294
.128
0.13
50.
172
1.14
31.
583
4.43
45.
812
0.05
90.
0233
40.
0297
90.
0229
549
315
1.87
615
1.91
744
.336
0.05
671
.571
93.8
960.
135
0.17
21.
205
1.68
64.
658
6.16
90.
059
0.02
357
0.02
987
0.02
336
494
152.
047
152.
087
44.2
160.
056
71.6
9693
.815
0.13
50.
172
1.22
81.
724
4.74
06.
300
0.05
80.
0236
50.
0298
90.
0235
150
015
3.06
215
3.10
043
.462
0.05
472
.466
93.2
970.
137
0.17
11.
392
1.99
45.
331
7.23
10.
057
0.02
418
0.03
010
0.02
447
501
153.
230
153.
268
43.3
290.
054
72.5
9893
.204
0.13
70.
170
1.42
62.
048
5.45
07.
417
0.05
70.
0242
70.
0301
40.
0246
550
615
4.06
615
4.10
142
.634
0.05
273
.281
92.7
040.
138
0.17
01.
626
2.37
16.
168
8.52
70.
055
0.02
478
0.03
040
0.02
563
507
154.
231
154.
267
42.4
880.
051
73.4
2292
.597
0.13
80.
169
1.67
42.
448
6.34
18.
794
0.05
50.
0248
90.
0304
70.
0258
4
24
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=10 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 10 0.2321 4.3080 81.99 0.2088 0.1818 1.1529 Superheated 0.01022 0.006017-45 10 0.2290 4.3673 82.90 0.2110 0.1826 1.1505 Superheated 0.01035 0.006150-40 10 0.2259 4.4264 83.82 0.2132 0.1834 1.1482 Superheated 0.01047 0.006285-35 10 0.2230 4.4851 84.74 0.2154 0.1842 1.1460 Superheated 0.01060 0.006420-30 10 0.2201 4.5437 85.66 0.2175 0.1851 1.1439 Superheated 0.01072 0.006556-25 10 0.2173 4.6020 86.59 0.2197 0.1860 1.1419 Superheated 0.01084 0.006692-20 10 0.2146 4.6601 87.52 0.2218 0.1869 1.1400 Superheated 0.01097 0.006830-15 10 0.2120 4.7180 88.46 0.2239 0.1879 1.1382 Superheated 0.01109 0.006968-10 10 0.2094 4.7758 89.40 0.2260 0.1888 1.1364 Superheated 0.01121 0.007107-5 10 0.2069 4.8333 90.34 0.2281 0.1898 1.1347 Superheated 0.01133 0.0072470 10 0.2045 4.8907 91.30 0.2302 0.1908 1.1331 Superheated 0.01146 0.0073885 10 0.2021 4.9480 92.25 0.2323 0.1918 1.1316 Superheated 0.01158 0.007530
10 10 0.1998 5.0051 93.21 0.2343 0.1928 1.1301 Superheated 0.01170 0.00767215 10 0.1975 5.0621 94.18 0.2364 0.1939 1.1287 Superheated 0.01182 0.00781520 10 0.1954 5.1190 95.15 0.2384 0.1949 1.1273 Superheated 0.01194 0.00795925 10 0.1932 5.1757 96.13 0.2404 0.1960 1.1260 Superheated 0.01206 0.00810330 10 0.1911 5.2323 97.11 0.2425 0.1970 1.1247 Superheated 0.01218 0.00824935 10 0.1891 5.2889 98.10 0.2445 0.1981 1.1234 Superheated 0.01230 0.00839540 10 0.1871 5.3453 99.09 0.2465 0.1992 1.1222 Superheated 0.01242 0.00854245 10 0.1851 5.4017 100.09 0.2485 0.2003 1.1211 Superheated 0.01254 0.00868950 10 0.1832 5.4579 101.10 0.2504 0.2014 1.1199 Superheated 0.01266 0.00883755 10 0.1814 5.5141 102.11 0.2524 0.2025 1.1189 Superheated 0.01278 0.00898760 10 0.1795 5.5702 103.12 0.2544 0.2036 1.1178 Superheated 0.01290 0.00913665 10 0.1777 5.6263 104.14 0.2563 0.2047 1.1168 Superheated 0.01301 0.00928770 10 0.1760 5.6822 105.17 0.2583 0.2058 1.1158 Superheated 0.01313 0.00943875 10 0.1743 5.7381 106.20 0.2602 0.2069 1.1148 Superheated 0.01325 0.00959080 10 0.1726 5.7940 107.24 0.2621 0.2080 1.1138 Superheated 0.01337 0.00974285 10 0.1709 5.8498 108.28 0.2641 0.2091 1.1129 Superheated 0.01348 0.00989690 10 0.1693 5.9055 109.33 0.2660 0.2102 1.1120 Superheated 0.01360 0.01005095 10 0.1678 5.9612 110.38 0.2679 0.2113 1.1111 Superheated 0.01371 0.010204
100 10 0.1662 6.0168 111.44 0.2698 0.2124 1.1103 Superheated 0.01383 0.010360105 10 0.1647 6.0724 112.51 0.2717 0.2136 1.1095 Superheated 0.01395 0.010516110 10 0.1632 6.1280 113.58 0.2736 0.2147 1.1087 Superheated 0.01406 0.010672115 10 0.1617 6.1835 114.65 0.2754 0.2158 1.1079 Superheated 0.01418 0.010830120 10 0.1603 6.2390 115.73 0.2773 0.2169 1.1071 Superheated 0.01429 0.010988125 10 0.1589 6.2944 116.82 0.2792 0.2180 1.1063 Superheated 0.01440 0.011147130 10 0.1575 6.3498 117.91 0.2810 0.2191 1.1056 Superheated 0.01452 0.011306135 10 0.1561 6.4052 119.01 0.2829 0.2202 1.1049 Superheated 0.01463 0.011466140 10 0.1548 6.4605 120.12 0.2848 0.2213 1.1042 Superheated 0.01474 0.011627145 10 0.1535 6.5158 121.22 0.2866 0.2224 1.1035 Superheated 0.01486 0.011788150 10 0.1522 6.5711 122.34 0.2884 0.2235 1.1028 Superheated 0.01497 0.011950
25
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=15 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 15 0.3541 2.8242 81.47 0.1997 0.1863 1.1649 Superheated 0.01025 0.006021-45 15 0.3490 2.8655 82.40 0.2019 0.1868 1.1616 Superheated 0.01038 0.006154-40 15 0.3441 2.9065 83.33 0.2042 0.1874 1.1586 Superheated 0.01050 0.006288-35 15 0.3393 2.9473 84.27 0.2064 0.1880 1.1557 Superheated 0.01062 0.006422-30 15 0.3347 2.9878 85.21 0.2086 0.1887 1.1530 Superheated 0.01075 0.006558-25 15 0.3302 3.0281 86.16 0.2108 0.1894 1.1505 Superheated 0.01087 0.006695-20 15 0.3259 3.0682 87.11 0.2130 0.1901 1.1480 Superheated 0.01099 0.006832-15 15 0.3217 3.1081 88.06 0.2151 0.1909 1.1458 Superheated 0.01112 0.006970-10 15 0.3177 3.1478 89.02 0.2172 0.1917 1.1436 Superheated 0.01124 0.007109-5 15 0.3137 3.1873 89.98 0.2194 0.1925 1.1415 Superheated 0.01136 0.0072490 15 0.3099 3.2267 90.94 0.2215 0.1934 1.1395 Superheated 0.01148 0.0073905 15 0.3062 3.2659 91.91 0.2236 0.1942 1.1376 Superheated 0.01160 0.007531
10 15 0.3026 3.3050 92.88 0.2257 0.1951 1.1358 Superheated 0.01172 0.00767315 15 0.2991 3.3439 93.86 0.2277 0.1961 1.1341 Superheated 0.01185 0.00781620 15 0.2956 3.3827 94.85 0.2298 0.1970 1.1324 Superheated 0.01197 0.00796025 15 0.2923 3.4214 95.83 0.2318 0.1979 1.1308 Superheated 0.01209 0.00810430 15 0.2890 3.4600 96.82 0.2339 0.1989 1.1293 Superheated 0.01221 0.00825035 15 0.2858 3.4984 97.82 0.2359 0.1999 1.1279 Superheated 0.01233 0.00839640 15 0.2827 3.5368 98.82 0.2379 0.2009 1.1264 Superheated 0.01244 0.00854245 15 0.2797 3.5751 99.83 0.2399 0.2019 1.1251 Superheated 0.01256 0.00869050 15 0.2768 3.6133 100.84 0.2419 0.2029 1.1238 Superheated 0.01268 0.00883855 15 0.2739 3.6514 101.86 0.2439 0.2039 1.1225 Superheated 0.01280 0.00898760 15 0.2710 3.6895 102.88 0.2459 0.2049 1.1213 Superheated 0.01292 0.00913765 15 0.2683 3.7274 103.91 0.2478 0.2060 1.1201 Superheated 0.01304 0.00928770 15 0.2656 3.7653 104.94 0.2498 0.2070 1.1189 Superheated 0.01315 0.00943875 15 0.2629 3.8032 105.98 0.2518 0.2081 1.1178 Superheated 0.01327 0.00959080 15 0.2604 3.8409 107.02 0.2537 0.2091 1.1168 Superheated 0.01339 0.00974385 15 0.2578 3.8787 108.07 0.2556 0.2102 1.1157 Superheated 0.01350 0.00989690 15 0.2553 3.9163 109.12 0.2576 0.2113 1.1147 Superheated 0.01362 0.01005095 15 0.2529 3.9539 110.18 0.2595 0.2123 1.1137 Superheated 0.01374 0.010205
100 15 0.2505 3.9915 111.25 0.2614 0.2134 1.1128 Superheated 0.01385 0.010360105 15 0.2482 4.0290 112.32 0.2633 0.2145 1.1119 Superheated 0.01397 0.010516110 15 0.2459 4.0665 113.39 0.2652 0.2155 1.1110 Superheated 0.01408 0.010673115 15 0.2437 4.1039 114.47 0.2671 0.2166 1.1101 Superheated 0.01420 0.010830120 15 0.2415 4.1413 115.56 0.2690 0.2177 1.1092 Superheated 0.01431 0.010988125 15 0.2393 4.1786 116.65 0.2708 0.2188 1.1084 Superheated 0.01442 0.011147130 15 0.2372 4.2160 117.75 0.2727 0.2198 1.1076 Superheated 0.01454 0.011306135 15 0.2351 4.2532 118.85 0.2746 0.2209 1.1068 Superheated 0.01465 0.011466140 15 0.2331 4.2905 119.95 0.2764 0.2220 1.1060 Superheated 0.01476 0.011627145 15 0.2311 4.3277 121.07 0.2783 0.2230 1.1053 Superheated 0.01487 0.011788150 15 0.2291 4.3649 122.19 0.2801 0.2241 1.1045 Superheated 0.01499 0.011950
26
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=20 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 20 81.9796 0.0122 -2.99 -0.0072 0.2972 1.5239 Subcooled 0.35374 0.053255-45 20 81.4322 0.0123 -1.50 -0.0036 0.2985 1.5243 Subcooled 0.33737 0.052531-40 20 0.4660 2.1458 82.84 0.1975 0.1917 1.1701 Superheated 0.01053 0.006292-35 20 0.4592 2.1776 83.80 0.1998 0.1920 1.1664 Superheated 0.01065 0.006427-30 20 0.4526 2.2092 84.76 0.2020 0.1924 1.1630 Superheated 0.01078 0.006562-25 20 0.4463 2.2406 85.72 0.2043 0.1929 1.1597 Superheated 0.01090 0.006698-20 20 0.4402 2.2717 86.69 0.2065 0.1934 1.1567 Superheated 0.01102 0.006835-15 20 0.4343 2.3026 87.66 0.2087 0.1940 1.1539 Superheated 0.01114 0.006973-10 20 0.4286 2.3333 88.63 0.2108 0.1946 1.1512 Superheated 0.01127 0.007112-5 20 0.4230 2.3639 89.60 0.2130 0.1953 1.1487 Superheated 0.01139 0.0072520 20 0.4177 2.3943 90.58 0.2151 0.1960 1.1463 Superheated 0.01151 0.0073925 20 0.4125 2.4245 91.56 0.2172 0.1967 1.1440 Superheated 0.01163 0.007533
10 20 0.4074 2.4545 92.55 0.2194 0.1975 1.1419 Superheated 0.01175 0.00767515 20 0.4025 2.4845 93.54 0.2214 0.1983 1.1398 Superheated 0.01187 0.00781820 20 0.3977 2.5143 94.53 0.2235 0.1991 1.1378 Superheated 0.01199 0.00796225 20 0.3931 2.5440 95.53 0.2256 0.1999 1.1360 Superheated 0.01211 0.00810630 20 0.3886 2.5735 96.53 0.2277 0.2008 1.1342 Superheated 0.01223 0.00825135 20 0.3842 2.6030 97.54 0.2297 0.2017 1.1325 Superheated 0.01235 0.00839740 20 0.3799 2.6324 98.55 0.2317 0.2026 1.1308 Superheated 0.01247 0.00854445 20 0.3757 2.6616 99.57 0.2338 0.2035 1.1293 Superheated 0.01259 0.00869150 20 0.3716 2.6908 100.58 0.2358 0.2044 1.1277 Superheated 0.01271 0.00883955 20 0.3677 2.7199 101.61 0.2378 0.2054 1.1263 Superheated 0.01282 0.00898860 20 0.3638 2.7489 102.64 0.2398 0.2064 1.1249 Superheated 0.01294 0.00913865 20 0.3600 2.7779 103.67 0.2417 0.2073 1.1235 Superheated 0.01306 0.00928870 20 0.3563 2.8067 104.71 0.2437 0.2083 1.1223 Superheated 0.01318 0.00943975 20 0.3527 2.8355 105.76 0.2457 0.2093 1.1210 Superheated 0.01329 0.00959180 20 0.3491 2.8643 106.81 0.2476 0.2103 1.1198 Superheated 0.01341 0.00974485 20 0.3457 2.8930 107.86 0.2496 0.2113 1.1186 Superheated 0.01353 0.00989790 20 0.3423 2.9216 108.92 0.2515 0.2123 1.1175 Superheated 0.01364 0.01005195 20 0.3390 2.9502 109.98 0.2534 0.2134 1.1164 Superheated 0.01376 0.010205
100 20 0.3357 2.9787 111.05 0.2554 0.2144 1.1153 Superheated 0.01387 0.010361105 20 0.3325 3.0072 112.13 0.2573 0.2154 1.1143 Superheated 0.01399 0.010517110 20 0.3294 3.0356 113.21 0.2592 0.2164 1.1133 Superheated 0.01410 0.010673115 20 0.3264 3.0640 114.29 0.2611 0.2175 1.1123 Superheated 0.01422 0.010831120 20 0.3234 3.0924 115.38 0.2629 0.2185 1.1114 Superheated 0.01433 0.010989125 20 0.3204 3.1207 116.48 0.2648 0.2196 1.1105 Superheated 0.01444 0.011147130 20 0.3176 3.1490 117.58 0.2667 0.2206 1.1096 Superheated 0.01456 0.011307135 20 0.3147 3.1772 118.68 0.2686 0.2216 1.1087 Superheated 0.01467 0.011467140 20 0.3120 3.2054 119.79 0.2704 0.2227 1.1079 Superheated 0.01478 0.011627145 20 0.3093 3.2336 120.91 0.2723 0.2237 1.1071 Superheated 0.01489 0.011788150 20 0.3066 3.2617 122.03 0.2741 0.2248 1.1063 Superheated 0.01501 0.011950
27
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=25 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 25 81.9862 0.0122 -2.98 -0.0072 0.2972 1.5238 Subcooled 0.35390 0.053264-45 25 81.4390 0.0123 -1.49 -0.0036 0.2985 1.5241 Subcooled 0.33752 0.052541-40 25 80.8866 0.0124 0.00 0.0000 0.2999 1.5248 Subcooled 0.32216 0.051824-35 25 80.3285 0.0124 1.51 0.0035 0.3014 1.5258 Subcooled 0.30774 0.051113-30 25 0.5743 1.7414 84.30 0.1967 0.1965 1.1740 Superheated 0.01081 0.006568-25 25 0.5658 1.7674 85.28 0.1990 0.1967 1.1699 Superheated 0.01093 0.006703-20 25 0.5576 1.7933 86.26 0.2012 0.1969 1.1662 Superheated 0.01105 0.006840-15 25 0.5498 1.8188 87.25 0.2035 0.1973 1.1627 Superheated 0.01117 0.006977-10 25 0.5422 1.8442 88.24 0.2057 0.1977 1.1594 Superheated 0.01129 0.007116-5 25 0.5349 1.8694 89.23 0.2079 0.1982 1.1564 Superheated 0.01142 0.0072550 25 0.5279 1.8944 90.22 0.2100 0.1987 1.1535 Superheated 0.01154 0.0073955 25 0.5210 1.9193 91.21 0.2122 0.1993 1.1508 Superheated 0.01166 0.007536
10 25 0.5144 1.9440 92.21 0.2143 0.1999 1.1483 Superheated 0.01178 0.00767815 25 0.5080 1.9685 93.21 0.2165 0.2006 1.1458 Superheated 0.01190 0.00782020 25 0.5018 1.9930 94.22 0.2186 0.2013 1.1435 Superheated 0.01202 0.00796425 25 0.4957 2.0172 95.23 0.2207 0.2020 1.1414 Superheated 0.01214 0.00810830 25 0.4899 2.0414 96.24 0.2227 0.2028 1.1393 Superheated 0.01226 0.00825335 25 0.4841 2.0655 97.25 0.2248 0.2035 1.1373 Superheated 0.01237 0.00839940 25 0.4786 2.0895 98.27 0.2268 0.2044 1.1354 Superheated 0.01249 0.00854545 25 0.4732 2.1133 99.30 0.2289 0.2052 1.1336 Superheated 0.01261 0.00869350 25 0.4679 2.1371 100.32 0.2309 0.2060 1.1319 Superheated 0.01273 0.00884155 25 0.4628 2.1608 101.36 0.2329 0.2069 1.1302 Superheated 0.01285 0.00899060 25 0.4578 2.1844 102.39 0.2349 0.2078 1.1287 Superheated 0.01297 0.00913965 25 0.4529 2.2080 103.44 0.2369 0.2087 1.1271 Superheated 0.01308 0.00928970 25 0.4481 2.2314 104.48 0.2389 0.2096 1.1257 Superheated 0.01320 0.00944075 25 0.4435 2.2548 105.53 0.2409 0.2106 1.1243 Superheated 0.01332 0.00959280 25 0.4389 2.2782 106.59 0.2428 0.2115 1.1229 Superheated 0.01343 0.00974585 25 0.4345 2.3015 107.65 0.2448 0.2125 1.1216 Superheated 0.01355 0.00989890 25 0.4302 2.3247 108.71 0.2467 0.2134 1.1204 Superheated 0.01366 0.01005295 25 0.4259 2.3478 109.78 0.2487 0.2144 1.1191 Superheated 0.01378 0.010206
100 25 0.4218 2.3710 110.85 0.2506 0.2154 1.1180 Superheated 0.01389 0.010361105 25 0.4177 2.3940 111.93 0.2525 0.2164 1.1168 Superheated 0.01401 0.010517110 25 0.4137 2.4170 113.02 0.2544 0.2174 1.1157 Superheated 0.01412 0.010674115 25 0.4098 2.4400 114.11 0.2563 0.2184 1.1147 Superheated 0.01424 0.010831120 25 0.4060 2.4630 115.20 0.2582 0.2194 1.1136 Superheated 0.01435 0.010989125 25 0.4023 2.4858 116.30 0.2601 0.2204 1.1126 Superheated 0.01446 0.011148130 25 0.3986 2.5087 117.41 0.2620 0.2214 1.1117 Superheated 0.01458 0.011307135 25 0.3950 2.5315 118.52 0.2639 0.2224 1.1107 Superheated 0.01469 0.011467140 25 0.3915 2.5543 119.63 0.2658 0.2234 1.1098 Superheated 0.01480 0.011628145 25 0.3880 2.5771 120.75 0.2676 0.2244 1.1089 Superheated 0.01491 0.011789150 25 0.3846 2.5998 121.87 0.2695 0.2254 1.1081 Superheated 0.01502 0.011951
28
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=30 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 30 81.9927 0.0122 -2.98 -0.0072 0.2971 1.5236 Subcooled 0.35405 0.053274-45 30 81.4458 0.0123 -1.49 -0.0036 0.2985 1.5240 Subcooled 0.33767 0.052550-40 30 80.8937 0.0124 0.01 0.0000 0.2999 1.5246 Subcooled 0.32231 0.051834-35 30 80.3359 0.0124 1.51 0.0035 0.3014 1.5257 Subcooled 0.30788 0.051123-30 30 79.7719 0.0125 3.02 0.0071 0.3029 1.5270 Subcooled 0.29433 0.050419-25 30 79.2012 0.0126 4.54 0.0106 0.3046 1.5287 Subcooled 0.28157 0.049721-20 30 0.6785 1.4738 85.83 0.1968 0.2008 1.1766 Superheated 0.01108 0.006846-15 30 0.6685 1.4959 86.83 0.1991 0.2008 1.1723 Superheated 0.01120 0.006983-10 30 0.6589 1.5177 87.83 0.2013 0.2010 1.1684 Superheated 0.01132 0.007121-5 30 0.6496 1.5394 88.84 0.2036 0.2012 1.1647 Superheated 0.01144 0.0072600 30 0.6407 1.5609 89.85 0.2058 0.2016 1.1613 Superheated 0.01156 0.0073995 30 0.6320 1.5822 90.86 0.2080 0.2020 1.1581 Superheated 0.01168 0.007540
10 30 0.6237 1.6033 91.87 0.2101 0.2025 1.1551 Superheated 0.01180 0.00768115 30 0.6156 1.6243 92.88 0.2123 0.2030 1.1522 Superheated 0.01192 0.00782420 30 0.6078 1.6452 93.90 0.2144 0.2035 1.1496 Superheated 0.01204 0.00796725 30 0.6003 1.6659 94.92 0.2165 0.2041 1.1470 Superheated 0.01216 0.00811130 30 0.5929 1.6865 95.94 0.2186 0.2048 1.1447 Superheated 0.01228 0.00825635 30 0.5858 1.7070 96.96 0.2207 0.2055 1.1424 Superheated 0.01240 0.00840140 30 0.5789 1.7274 97.99 0.2228 0.2062 1.1402 Superheated 0.01252 0.00854845 30 0.5722 1.7477 99.03 0.2248 0.2069 1.1382 Superheated 0.01264 0.00869550 30 0.5657 1.7679 100.06 0.2269 0.2077 1.1362 Superheated 0.01275 0.00884355 30 0.5593 1.7880 101.10 0.2289 0.2085 1.1344 Superheated 0.01287 0.00899160 30 0.5531 1.8080 102.15 0.2309 0.2093 1.1326 Superheated 0.01299 0.00914165 30 0.5471 1.8279 103.19 0.2329 0.2101 1.1309 Superheated 0.01311 0.00929170 30 0.5412 1.8478 104.25 0.2349 0.2110 1.1292 Superheated 0.01322 0.00944275 30 0.5354 1.8676 105.30 0.2369 0.2118 1.1277 Superheated 0.01334 0.00959380 30 0.5298 1.8874 106.37 0.2389 0.2127 1.1261 Superheated 0.01345 0.00974685 30 0.5244 1.9070 107.43 0.2408 0.2136 1.1247 Superheated 0.01357 0.00989990 30 0.5190 1.9266 108.50 0.2428 0.2145 1.1233 Superheated 0.01369 0.01005395 30 0.5138 1.9462 109.58 0.2448 0.2155 1.1220 Superheated 0.01380 0.010207
100 30 0.5087 1.9657 110.66 0.2467 0.2164 1.1207 Superheated 0.01392 0.010362105 30 0.5037 1.9852 111.74 0.2486 0.2173 1.1194 Superheated 0.01403 0.010518110 30 0.4989 2.0046 112.83 0.2505 0.2183 1.1182 Superheated 0.01414 0.010675115 30 0.4941 2.0240 113.92 0.2524 0.2192 1.1171 Superheated 0.01426 0.010832120 30 0.4894 2.0433 115.02 0.2544 0.2202 1.1159 Superheated 0.01437 0.010990125 30 0.4848 2.0626 116.13 0.2562 0.2212 1.1149 Superheated 0.01448 0.011149130 30 0.4803 2.0818 117.23 0.2581 0.2222 1.1138 Superheated 0.01460 0.011308135 30 0.4760 2.1010 118.35 0.2600 0.2231 1.1128 Superheated 0.01471 0.011468140 30 0.4717 2.1202 119.47 0.2619 0.2241 1.1118 Superheated 0.01482 0.011628145 30 0.4674 2.1394 120.59 0.2638 0.2251 1.1108 Superheated 0.01493 0.011789150 30 0.4633 2.1585 121.72 0.2656 0.2261 1.1099 Superheated 0.01504 0.011951
29
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=35 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 35 81.9993 0.0122 -2.97 -0.0072 0.2971 1.5234 Subcooled 0.35421 0.053283-45 35 81.4527 0.0123 -1.48 -0.0036 0.2984 1.5238 Subcooled 0.33782 0.052560-40 35 80.9008 0.0124 0.01 0.0000 0.2999 1.5245 Subcooled 0.32245 0.051843-35 35 80.3433 0.0124 1.52 0.0035 0.3013 1.5255 Subcooled 0.30803 0.051133-30 35 79.7796 0.0125 3.03 0.0070 0.3029 1.5268 Subcooled 0.29447 0.050429-25 35 79.2092 0.0126 4.55 0.0106 0.3045 1.5285 Subcooled 0.28171 0.049731-20 35 78.6317 0.0127 6.07 0.0141 0.3063 1.5305 Subcooled 0.26969 0.049039-15 35 0.7907 1.2647 86.40 0.1953 0.2047 1.1830 Superheated 0.01123 0.006990-10 35 0.7787 1.2841 87.42 0.1976 0.2045 1.1782 Superheated 0.01135 0.007127-5 35 0.7673 1.3033 88.44 0.1998 0.2045 1.1737 Superheated 0.01147 0.0072650 35 0.7563 1.3223 89.47 0.2021 0.2046 1.1697 Superheated 0.01159 0.0074055 35 0.7457 1.3411 90.49 0.2043 0.2048 1.1659 Superheated 0.01171 0.007545
10 35 0.7354 1.3597 91.52 0.2065 0.2051 1.1623 Superheated 0.01183 0.00768615 35 0.7256 1.3782 92.54 0.2086 0.2055 1.1591 Superheated 0.01195 0.00782820 35 0.7161 1.3965 93.57 0.2108 0.2059 1.1560 Superheated 0.01207 0.00797125 35 0.7068 1.4147 94.60 0.2129 0.2063 1.1531 Superheated 0.01219 0.00811430 35 0.6979 1.4328 95.63 0.2151 0.2069 1.1503 Superheated 0.01231 0.00825935 35 0.6893 1.4508 96.67 0.2172 0.2074 1.1477 Superheated 0.01243 0.00840440 35 0.6809 1.4686 97.71 0.2192 0.2080 1.1453 Superheated 0.01254 0.00855045 35 0.6728 1.4863 98.75 0.2213 0.2087 1.1430 Superheated 0.01266 0.00869750 35 0.6649 1.5040 99.80 0.2234 0.2093 1.1407 Superheated 0.01278 0.00884555 35 0.6572 1.5215 100.84 0.2254 0.2101 1.1386 Superheated 0.01290 0.00899460 35 0.6498 1.5390 101.90 0.2275 0.2108 1.1366 Superheated 0.01301 0.00914365 35 0.6425 1.5564 102.95 0.2295 0.2115 1.1347 Superheated 0.01313 0.00929370 35 0.6354 1.5737 104.01 0.2315 0.2123 1.1329 Superheated 0.01325 0.00944475 35 0.6286 1.5909 105.07 0.2335 0.2131 1.1312 Superheated 0.01336 0.00959580 35 0.6219 1.6081 106.14 0.2355 0.2140 1.1295 Superheated 0.01348 0.00974785 35 0.6153 1.6252 107.21 0.2375 0.2148 1.1279 Superheated 0.01359 0.00990090 35 0.6089 1.6423 108.29 0.2394 0.2157 1.1264 Superheated 0.01371 0.01005495 35 0.6027 1.6593 109.37 0.2414 0.2165 1.1249 Superheated 0.01382 0.010208
100 35 0.5966 1.6762 110.46 0.2433 0.2174 1.1235 Superheated 0.01394 0.010364105 35 0.5906 1.6931 111.55 0.2453 0.2183 1.1221 Superheated 0.01405 0.010519110 35 0.5848 1.7099 112.64 0.2472 0.2192 1.1208 Superheated 0.01417 0.010676115 35 0.5791 1.7267 113.74 0.2491 0.2202 1.1195 Superheated 0.01428 0.010833120 35 0.5736 1.7435 114.84 0.2510 0.2211 1.1183 Superheated 0.01439 0.010991125 35 0.5681 1.7602 115.95 0.2529 0.2220 1.1171 Superheated 0.01450 0.011149130 35 0.5628 1.7769 117.06 0.2548 0.2230 1.1160 Superheated 0.01462 0.011309135 35 0.5576 1.7935 118.18 0.2567 0.2239 1.1149 Superheated 0.01473 0.011468140 35 0.5525 1.8101 119.30 0.2586 0.2249 1.1138 Superheated 0.01484 0.011629145 35 0.5474 1.8267 120.43 0.2605 0.2258 1.1128 Superheated 0.01495 0.011790150 35 0.5425 1.8432 121.56 0.2623 0.2268 1.1118 Superheated 0.01506 0.011952
30
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=40 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 40 82.0058 0.0122 -2.96 -0.0073 0.2971 1.5233 Subcooled 0.35436 0.053292-45 40 81.4595 0.0123 -1.48 -0.0036 0.2984 1.5236 Subcooled 0.33797 0.052569-40 40 80.9079 0.0124 0.02 -0.0001 0.2998 1.5243 Subcooled 0.32260 0.051853-35 40 80.3506 0.0124 1.52 0.0035 0.3013 1.5253 Subcooled 0.30817 0.051143-30 40 79.7872 0.0125 3.03 0.0070 0.3029 1.5266 Subcooled 0.29461 0.050439-25 40 79.2172 0.0126 4.55 0.0105 0.3045 1.5283 Subcooled 0.28185 0.049742-20 40 78.6401 0.0127 6.08 0.0140 0.3062 1.5302 Subcooled 0.26982 0.049050-15 40 78.0553 0.0128 7.61 0.0175 0.3080 1.5326 Subcooled 0.25848 0.048363-10 40 0.9021 1.1086 87.00 0.1942 0.2084 1.1890 Superheated 0.01139 0.007135-5 40 0.8882 1.1259 88.04 0.1965 0.2081 1.1836 Superheated 0.01150 0.0072730 40 0.8748 1.1431 89.08 0.1987 0.2079 1.1788 Superheated 0.01162 0.0074115 40 0.8620 1.1600 90.12 0.2010 0.2078 1.1743 Superheated 0.01174 0.007551
10 40 0.8498 1.1768 91.16 0.2032 0.2079 1.1702 Superheated 0.01186 0.00769115 40 0.8379 1.1934 92.20 0.2054 0.2081 1.1663 Superheated 0.01198 0.00783320 40 0.8265 1.2099 93.24 0.2076 0.2083 1.1628 Superheated 0.01210 0.00797525 40 0.8155 1.2262 94.28 0.2098 0.2086 1.1594 Superheated 0.01222 0.00811930 40 0.8049 1.2424 95.33 0.2119 0.2090 1.1563 Superheated 0.01234 0.00826335 40 0.7947 1.2584 96.37 0.2140 0.2095 1.1534 Superheated 0.01245 0.00840840 40 0.7847 1.2744 97.42 0.2161 0.2100 1.1506 Superheated 0.01257 0.00855445 40 0.7751 1.2902 98.47 0.2182 0.2105 1.1480 Superheated 0.01269 0.00870050 40 0.7657 1.3059 99.53 0.2203 0.2111 1.1455 Superheated 0.01280 0.00884855 40 0.7567 1.3216 100.58 0.2224 0.2117 1.1431 Superheated 0.01292 0.00899660 40 0.7479 1.3371 101.64 0.2244 0.2123 1.1409 Superheated 0.01304 0.00914565 40 0.7393 1.3526 102.71 0.2265 0.2130 1.1388 Superheated 0.01315 0.00929570 40 0.7310 1.3680 103.77 0.2285 0.2137 1.1367 Superheated 0.01327 0.00944675 40 0.7229 1.3833 104.84 0.2305 0.2145 1.1348 Superheated 0.01339 0.00959780 40 0.7150 1.3986 105.92 0.2325 0.2152 1.1330 Superheated 0.01350 0.00974985 40 0.7073 1.4138 107.00 0.2345 0.2160 1.1312 Superheated 0.01362 0.00990290 40 0.6998 1.4289 108.08 0.2365 0.2168 1.1295 Superheated 0.01373 0.01005695 40 0.6925 1.4440 109.16 0.2384 0.2176 1.1279 Superheated 0.01385 0.010210
100 40 0.6854 1.4590 110.25 0.2404 0.2185 1.1263 Superheated 0.01396 0.010365105 40 0.6784 1.4740 111.35 0.2423 0.2193 1.1249 Superheated 0.01407 0.010521110 40 0.6716 1.4889 112.45 0.2443 0.2202 1.1234 Superheated 0.01419 0.010677115 40 0.6650 1.5038 113.55 0.2462 0.2211 1.1220 Superheated 0.01430 0.010834120 40 0.6585 1.5186 114.66 0.2481 0.2220 1.1207 Superheated 0.01441 0.010992125 40 0.6522 1.5334 115.77 0.2500 0.2229 1.1194 Superheated 0.01453 0.011150130 40 0.6459 1.5481 116.89 0.2519 0.2238 1.1182 Superheated 0.01464 0.011310135 40 0.6399 1.5628 118.01 0.2538 0.2247 1.1170 Superheated 0.01475 0.011469140 40 0.6339 1.5775 119.13 0.2557 0.2256 1.1159 Superheated 0.01486 0.011630145 40 0.6281 1.5921 120.26 0.2576 0.2266 1.1148 Superheated 0.01497 0.011791150 40 0.6224 1.6067 121.40 0.2595 0.2275 1.1137 Superheated 0.01508 0.011953
31
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=45 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 45 82.0123 0.0122 -2.96 -0.0073 0.2971 1.5231 Subcooled 0.35452 0.053301-45 45 81.4663 0.0123 -1.47 -0.0037 0.2984 1.5235 Subcooled 0.33812 0.052579-40 45 80.9149 0.0124 0.02 -0.0001 0.2998 1.5242 Subcooled 0.32275 0.051863-35 45 80.3580 0.0124 1.53 0.0035 0.3013 1.5251 Subcooled 0.30831 0.051153-30 45 79.7949 0.0125 3.04 0.0070 0.3028 1.5264 Subcooled 0.29475 0.050450-25 45 79.2253 0.0126 4.56 0.0105 0.3045 1.5281 Subcooled 0.28198 0.049752-20 45 78.6485 0.0127 6.08 0.0140 0.3062 1.5300 Subcooled 0.26996 0.049060-15 45 78.0640 0.0128 7.62 0.0175 0.3080 1.5324 Subcooled 0.25861 0.048374-10 45 77.4713 0.0129 9.16 0.0209 0.3099 1.5350 Subcooled 0.24789 0.047693-5 45 76.8697 0.0130 10.72 0.0244 0.3119 1.5381 Subcooled 0.23775 0.0470180 45 0.9966 1.0034 88.68 0.1957 0.2114 1.1887 Superheated 0.01165 0.0074195 45 0.9814 1.0189 89.74 0.1980 0.2111 1.1834 Superheated 0.01177 0.007558
10 45 0.9668 1.0343 90.79 0.2003 0.2109 1.1786 Superheated 0.01189 0.00769815 45 0.9529 1.0495 91.85 0.2025 0.2109 1.1741 Superheated 0.01201 0.00783920 45 0.9394 1.0645 92.90 0.2047 0.2109 1.1700 Superheated 0.01213 0.00798125 45 0.9265 1.0793 93.96 0.2069 0.2111 1.1662 Superheated 0.01225 0.00812430 45 0.9140 1.0941 95.01 0.2091 0.2113 1.1626 Superheated 0.01236 0.00826735 45 0.9020 1.1087 96.07 0.2112 0.2116 1.1593 Superheated 0.01248 0.00841240 45 0.8903 1.1232 97.13 0.2133 0.2120 1.1562 Superheated 0.01260 0.00855845 45 0.8791 1.1375 98.19 0.2154 0.2124 1.1532 Superheated 0.01271 0.00870450 45 0.8682 1.1518 99.25 0.2175 0.2129 1.1504 Superheated 0.01283 0.00885155 45 0.8577 1.1660 100.32 0.2196 0.2134 1.1478 Superheated 0.01295 0.00899960 45 0.8474 1.1800 101.39 0.2217 0.2140 1.1453 Superheated 0.01306 0.00914865 45 0.8375 1.1940 102.46 0.2237 0.2146 1.1430 Superheated 0.01318 0.00929870 45 0.8278 1.2080 103.53 0.2258 0.2152 1.1407 Superheated 0.01329 0.00944875 45 0.8185 1.2218 104.61 0.2278 0.2159 1.1386 Superheated 0.01341 0.00959980 45 0.8093 1.2356 105.69 0.2298 0.2166 1.1366 Superheated 0.01353 0.00975185 45 0.8005 1.2493 106.77 0.2318 0.2173 1.1346 Superheated 0.01364 0.00990490 45 0.7918 1.2629 107.86 0.2338 0.2180 1.1328 Superheated 0.01375 0.01005895 45 0.7834 1.2765 108.95 0.2358 0.2188 1.1310 Superheated 0.01387 0.010212
100 45 0.7752 1.2900 110.05 0.2378 0.2196 1.1293 Superheated 0.01398 0.010367105 45 0.7672 1.3035 111.15 0.2397 0.2204 1.1277 Superheated 0.01410 0.010522110 45 0.7594 1.3169 112.25 0.2417 0.2212 1.1261 Superheated 0.01421 0.010679115 45 0.7517 1.3303 113.36 0.2436 0.2220 1.1246 Superheated 0.01432 0.010836120 45 0.7443 1.3436 114.47 0.2455 0.2229 1.1232 Superheated 0.01444 0.010993125 45 0.7370 1.3569 115.59 0.2474 0.2237 1.1218 Superheated 0.01455 0.011152130 45 0.7298 1.3702 116.71 0.2493 0.2246 1.1205 Superheated 0.01466 0.011311135 45 0.7229 1.3834 117.84 0.2512 0.2255 1.1192 Superheated 0.01477 0.011470140 45 0.7161 1.3965 118.97 0.2531 0.2264 1.1180 Superheated 0.01488 0.011631145 45 0.7094 1.4097 120.10 0.2550 0.2273 1.1168 Superheated 0.01499 0.011792150 45 0.7029 1.4228 121.24 0.2569 0.2282 1.1156 Superheated 0.01510 0.011954
32
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=50 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 50 82.0189 0.0122 -2.95 -0.0073 0.2970 1.5230 Subcooled 0.35467 0.053311-45 50 81.4730 0.0123 -1.47 -0.0037 0.2984 1.5233 Subcooled 0.33827 0.052588-40 50 80.9220 0.0124 0.03 -0.0001 0.2998 1.5240 Subcooled 0.32289 0.051873-35 50 80.3653 0.0124 1.53 0.0035 0.3012 1.5250 Subcooled 0.30846 0.051163-30 50 79.8026 0.0125 3.04 0.0070 0.3028 1.5263 Subcooled 0.29489 0.050460-25 50 79.2333 0.0126 4.56 0.0105 0.3044 1.5279 Subcooled 0.28212 0.049763-20 50 78.6568 0.0127 6.09 0.0140 0.3061 1.5298 Subcooled 0.27009 0.049071-15 50 78.0728 0.0128 7.62 0.0175 0.3080 1.5321 Subcooled 0.25874 0.048385-10 50 77.4805 0.0129 9.17 0.0209 0.3099 1.5348 Subcooled 0.24802 0.047705-5 50 76.8793 0.0130 10.72 0.0244 0.3119 1.5378 Subcooled 0.23788 0.0470290 50 76.2684 0.0131 12.28 0.0278 0.3140 1.5413 Subcooled 0.22827 0.0463585 50 1.1040 0.9058 89.35 0.1952 0.2146 1.1934 Superheated 0.01180 0.007567
10 50 1.0869 0.9200 90.42 0.1975 0.2141 1.1877 Superheated 0.01192 0.00770615 50 1.0705 0.9341 91.49 0.1998 0.2138 1.1826 Superheated 0.01204 0.00784620 50 1.0549 0.9480 92.56 0.2020 0.2136 1.1778 Superheated 0.01216 0.00798725 50 1.0398 0.9617 93.62 0.2043 0.2136 1.1734 Superheated 0.01227 0.00813030 50 1.0253 0.9753 94.69 0.2065 0.2137 1.1694 Superheated 0.01239 0.00827335 50 1.0114 0.9887 95.76 0.2086 0.2138 1.1656 Superheated 0.01251 0.00841740 50 0.9979 1.0021 96.83 0.2108 0.2141 1.1621 Superheated 0.01262 0.00856245 50 0.9850 1.0153 97.90 0.2129 0.2144 1.1588 Superheated 0.01274 0.00870850 50 0.9724 1.0284 98.97 0.2150 0.2147 1.1556 Superheated 0.01286 0.00885555 50 0.9603 1.0414 100.05 0.2171 0.2151 1.1527 Superheated 0.01297 0.00900360 50 0.9485 1.0543 101.13 0.2192 0.2156 1.1499 Superheated 0.01309 0.00915265 50 0.9371 1.0671 102.21 0.2213 0.2161 1.1473 Superheated 0.01320 0.00930170 50 0.9261 1.0798 103.29 0.2233 0.2167 1.1449 Superheated 0.01332 0.00945175 50 0.9153 1.0925 104.37 0.2254 0.2173 1.1425 Superheated 0.01343 0.00960280 50 0.9049 1.1051 105.46 0.2274 0.2179 1.1403 Superheated 0.01355 0.00975485 50 0.8948 1.1176 106.55 0.2294 0.2186 1.1382 Superheated 0.01366 0.00990690 50 0.8849 1.1301 107.65 0.2314 0.2192 1.1361 Superheated 0.01378 0.01006095 50 0.8753 1.1424 108.74 0.2334 0.2199 1.1342 Superheated 0.01389 0.010214
100 50 0.8660 1.1548 109.85 0.2354 0.2207 1.1324 Superheated 0.01401 0.010369105 50 0.8568 1.1671 110.95 0.2373 0.2214 1.1306 Superheated 0.01412 0.010524110 50 0.8480 1.1793 112.06 0.2393 0.2222 1.1289 Superheated 0.01423 0.010680115 50 0.8393 1.1915 113.17 0.2412 0.2230 1.1273 Superheated 0.01434 0.010837120 50 0.8308 1.2036 114.29 0.2432 0.2238 1.1258 Superheated 0.01446 0.010995125 50 0.8226 1.2157 115.41 0.2451 0.2246 1.1243 Superheated 0.01457 0.011153130 50 0.8145 1.2278 116.54 0.2470 0.2255 1.1228 Superheated 0.01468 0.011312135 50 0.8066 1.2398 117.67 0.2489 0.2263 1.1215 Superheated 0.01479 0.011472140 50 0.7989 1.2517 118.80 0.2508 0.2272 1.1201 Superheated 0.01490 0.011632145 50 0.7913 1.2637 119.94 0.2527 0.2280 1.1189 Superheated 0.01501 0.011793150 50 0.7839 1.2756 121.08 0.2546 0.2289 1.1176 Superheated 0.01513 0.011955
33
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=60 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 60 82.0319 0.0122 -2.94 -0.0073 0.2970 1.5227 Subcooled 0.35498 0.053329-45 60 81.4866 0.0123 -1.46 -0.0037 0.2983 1.5230 Subcooled 0.33857 0.052607-40 60 80.9361 0.0124 0.04 -0.0001 0.2997 1.5237 Subcooled 0.32319 0.051892-35 60 80.3800 0.0124 1.54 0.0034 0.3012 1.5246 Subcooled 0.30874 0.051183-30 60 79.8179 0.0125 3.05 0.0070 0.3027 1.5259 Subcooled 0.29517 0.050480-25 60 79.2492 0.0126 4.57 0.0105 0.3043 1.5275 Subcooled 0.28240 0.049783-20 60 78.6735 0.0127 6.09 0.0140 0.3061 1.5294 Subcooled 0.27036 0.049092-15 60 78.0902 0.0128 7.63 0.0174 0.3079 1.5317 Subcooled 0.25901 0.048407-10 60 77.4987 0.0129 9.17 0.0209 0.3098 1.5343 Subcooled 0.24828 0.047727-5 60 76.8984 0.0130 10.73 0.0243 0.3117 1.5374 Subcooled 0.23813 0.0470520 60 76.2885 0.0131 12.29 0.0278 0.3138 1.5408 Subcooled 0.22852 0.0463825 60 75.6683 0.0132 13.87 0.0312 0.3161 1.5446 Subcooled 0.21940 0.045717
10 60 1.3369 0.7480 89.64 0.1926 0.2215 1.2087 Superheated 0.01199 0.00772715 60 1.3150 0.7605 90.74 0.1950 0.2204 1.2016 Superheated 0.01210 0.00786520 60 1.2941 0.7727 91.84 0.1973 0.2197 1.1952 Superheated 0.01222 0.00800525 60 1.2742 0.7848 92.94 0.1995 0.2192 1.1895 Superheated 0.01234 0.00814530 60 1.2551 0.7967 94.04 0.2018 0.2188 1.1842 Superheated 0.01245 0.00828735 60 1.2369 0.8085 95.13 0.2040 0.2186 1.1794 Superheated 0.01257 0.00843040 60 1.2194 0.8201 96.22 0.2062 0.2185 1.1749 Superheated 0.01268 0.00857445 60 1.2025 0.8316 97.31 0.2084 0.2185 1.1708 Superheated 0.01280 0.00871950 60 1.1863 0.8430 98.41 0.2105 0.2186 1.1669 Superheated 0.01291 0.00886555 60 1.1706 0.8542 99.50 0.2127 0.2188 1.1633 Superheated 0.01303 0.00901260 60 1.1555 0.8654 100.60 0.2148 0.2191 1.1599 Superheated 0.01314 0.00916065 60 1.1409 0.8765 101.69 0.2169 0.2194 1.1567 Superheated 0.01326 0.00930970 60 1.1268 0.8875 102.79 0.2190 0.2198 1.1537 Superheated 0.01337 0.00945875 60 1.1131 0.8984 103.89 0.2210 0.2202 1.1508 Superheated 0.01349 0.00960980 60 1.0999 0.9092 104.99 0.2231 0.2207 1.1482 Superheated 0.01360 0.00976085 60 1.0870 0.9199 106.10 0.2251 0.2212 1.1456 Superheated 0.01371 0.00991290 60 1.0745 0.9306 107.20 0.2271 0.2218 1.1432 Superheated 0.01383 0.01006595 60 1.0624 0.9412 108.32 0.2292 0.2224 1.1409 Superheated 0.01394 0.010219
100 60 1.0506 0.9518 109.43 0.2312 0.2230 1.1388 Superheated 0.01405 0.010373105 60 1.0392 0.9623 110.54 0.2331 0.2236 1.1367 Superheated 0.01417 0.010528110 60 1.0280 0.9728 111.66 0.2351 0.2243 1.1347 Superheated 0.01428 0.010684115 60 1.0171 0.9832 112.79 0.2371 0.2250 1.1329 Superheated 0.01439 0.010841120 60 1.0065 0.9935 113.91 0.2390 0.2257 1.1311 Superheated 0.01450 0.010998125 60 0.9962 1.0038 115.05 0.2410 0.2265 1.1293 Superheated 0.01461 0.011156130 60 0.9861 1.0141 116.18 0.2429 0.2272 1.1277 Superheated 0.01472 0.011315135 60 0.9763 1.0243 117.32 0.2448 0.2280 1.1261 Superheated 0.01484 0.011475140 60 0.9667 1.0345 118.46 0.2467 0.2288 1.1246 Superheated 0.01495 0.011635145 60 0.9573 1.0446 119.60 0.2486 0.2296 1.1231 Superheated 0.01506 0.011796150 60 0.9481 1.0548 120.75 0.2505 0.2304 1.1217 Superheated 0.01517 0.011957
34
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=70 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 70 82.0449 0.0122 -2.93 -0.0073 0.2969 1.5224 Subcooled 0.35529 0.053348-45 70 81.5001 0.0123 -1.45 -0.0037 0.2982 1.5227 Subcooled 0.33887 0.052626-40 70 80.9502 0.0124 0.05 -0.0002 0.2996 1.5233 Subcooled 0.32348 0.051911-35 70 80.3947 0.0124 1.55 0.0034 0.3011 1.5243 Subcooled 0.30903 0.051203-30 70 79.8332 0.0125 3.06 0.0069 0.3026 1.5255 Subcooled 0.29545 0.050500-25 70 79.2652 0.0126 4.58 0.0104 0.3043 1.5271 Subcooled 0.28267 0.049804-20 70 78.6902 0.0127 6.10 0.0139 0.3060 1.5290 Subcooled 0.27063 0.049114-15 70 78.1076 0.0128 7.64 0.0174 0.3078 1.5313 Subcooled 0.25927 0.048429-10 70 77.5170 0.0129 9.18 0.0209 0.3097 1.5339 Subcooled 0.24854 0.047749-5 70 76.9175 0.0130 10.73 0.0243 0.3116 1.5369 Subcooled 0.23839 0.0470750 70 76.3086 0.0131 12.30 0.0277 0.3137 1.5403 Subcooled 0.22877 0.0464065 70 75.6894 0.0132 13.87 0.0311 0.3159 1.5441 Subcooled 0.21965 0.045741
10 70 75.0591 0.0133 15.46 0.0345 0.3183 1.5484 Subcooled 0.21098 0.04508115 70 74.4168 0.0134 17.05 0.0379 0.3207 1.5532 Subcooled 0.20274 0.04442420 70 1.5459 0.6469 91.09 0.1930 0.2268 1.2158 Superheated 0.01229 0.00802825 70 1.5201 0.6579 92.23 0.1953 0.2256 1.2082 Superheated 0.01240 0.00816630 70 1.4956 0.6686 93.35 0.1976 0.2246 1.2013 Superheated 0.01251 0.00830635 70 1.4722 0.6792 94.47 0.1999 0.2239 1.1951 Superheated 0.01263 0.00844740 70 1.4499 0.6897 95.59 0.2022 0.2235 1.1894 Superheated 0.01274 0.00859045 70 1.4286 0.7000 96.71 0.2044 0.2231 1.1842 Superheated 0.01286 0.00873350 70 1.4081 0.7102 97.82 0.2066 0.2229 1.1794 Superheated 0.01297 0.00887855 70 1.3884 0.7202 98.94 0.2088 0.2228 1.1749 Superheated 0.01308 0.00902460 70 1.3695 0.7302 100.05 0.2109 0.2229 1.1708 Superheated 0.01320 0.00917165 70 1.3513 0.7400 101.17 0.2130 0.2230 1.1669 Superheated 0.01331 0.00931970 70 1.3337 0.7498 102.28 0.2152 0.2231 1.1633 Superheated 0.01343 0.00946875 70 1.3167 0.7595 103.40 0.2173 0.2234 1.1599 Superheated 0.01354 0.00961880 70 1.3003 0.7691 104.51 0.2193 0.2237 1.1567 Superheated 0.01365 0.00976885 70 1.2844 0.7786 105.63 0.2214 0.2240 1.1537 Superheated 0.01376 0.00992090 70 1.2690 0.7880 106.75 0.2234 0.2244 1.1509 Superheated 0.01388 0.01007295 70 1.2541 0.7974 107.88 0.2255 0.2249 1.1482 Superheated 0.01399 0.010225
100 70 1.2397 0.8067 109.00 0.2275 0.2254 1.1456 Superheated 0.01410 0.010379105 70 1.2256 0.8159 110.13 0.2295 0.2259 1.1432 Superheated 0.01421 0.010534110 70 1.2120 0.8251 111.26 0.2315 0.2265 1.1409 Superheated 0.01433 0.010690115 70 1.1987 0.8342 112.40 0.2335 0.2271 1.1388 Superheated 0.01444 0.010846120 70 1.1858 0.8433 113.53 0.2355 0.2277 1.1367 Superheated 0.01455 0.011003125 70 1.1732 0.8524 114.67 0.2374 0.2284 1.1347 Superheated 0.01466 0.011161130 70 1.1609 0.8614 115.82 0.2394 0.2290 1.1328 Superheated 0.01477 0.011319135 70 1.1490 0.8703 116.96 0.2413 0.2297 1.1310 Superheated 0.01488 0.011478140 70 1.1374 0.8792 118.11 0.2432 0.2304 1.1293 Superheated 0.01499 0.011638145 70 1.1260 0.8881 119.27 0.2451 0.2312 1.1276 Superheated 0.01510 0.011799150 70 1.1149 0.8969 120.43 0.2470 0.2319 1.1260 Superheated 0.01521 0.011960
35
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=80 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 80 82.0579 0.0122 -2.92 -0.0074 0.2969 1.5221 Subcooled 0.35560 0.053366-45 80 81.5137 0.0123 -1.44 -0.0038 0.2982 1.5224 Subcooled 0.33917 0.052645-40 80 80.9643 0.0124 0.06 -0.0002 0.2996 1.5230 Subcooled 0.32377 0.051931-35 80 80.4093 0.0124 1.56 0.0034 0.3010 1.5239 Subcooled 0.30932 0.051223-30 80 79.8484 0.0125 3.07 0.0069 0.3026 1.5252 Subcooled 0.29573 0.050521-25 80 79.2811 0.0126 4.59 0.0104 0.3042 1.5267 Subcooled 0.28294 0.049825-20 80 78.7068 0.0127 6.11 0.0139 0.3059 1.5286 Subcooled 0.27090 0.049135-15 80 78.1250 0.0128 7.64 0.0174 0.3077 1.5309 Subcooled 0.25953 0.048451-10 80 77.5351 0.0129 9.19 0.0208 0.3096 1.5334 Subcooled 0.24880 0.047772-5 80 76.9366 0.0130 10.74 0.0243 0.3115 1.5364 Subcooled 0.23864 0.0470980 80 76.3286 0.0131 12.30 0.0277 0.3136 1.5397 Subcooled 0.22902 0.0464295 80 75.7104 0.0132 13.88 0.0311 0.3158 1.5435 Subcooled 0.21990 0.045765
10 80 75.0813 0.0133 15.46 0.0345 0.3181 1.5478 Subcooled 0.21123 0.04510615 80 74.4402 0.0134 17.06 0.0379 0.3206 1.5526 Subcooled 0.20298 0.04445020 80 73.7860 0.0136 18.67 0.0412 0.3232 1.5579 Subcooled 0.19512 0.04379825 80 73.1177 0.0137 20.29 0.0446 0.3260 1.5640 Subcooled 0.18761 0.04315030 80 1.7482 0.5720 92.63 0.1938 0.2314 1.2213 Superheated 0.01258 0.00833135 80 1.7187 0.5818 93.79 0.1962 0.2300 1.2133 Superheated 0.01269 0.00847040 80 1.6907 0.5915 94.93 0.1985 0.2290 1.2060 Superheated 0.01281 0.00861045 80 1.6641 0.6009 96.08 0.2007 0.2282 1.1995 Superheated 0.01292 0.00875250 80 1.6387 0.6102 97.22 0.2030 0.2276 1.1935 Superheated 0.01303 0.00889555 80 1.6144 0.6194 98.35 0.2052 0.2272 1.1880 Superheated 0.01314 0.00904060 80 1.5911 0.6285 99.49 0.2074 0.2269 1.1829 Superheated 0.01326 0.00918565 80 1.5687 0.6375 100.62 0.2096 0.2268 1.1782 Superheated 0.01337 0.00933270 80 1.5472 0.6463 101.76 0.2117 0.2267 1.1739 Superheated 0.01348 0.00948075 80 1.5265 0.6551 102.89 0.2139 0.2267 1.1698 Superheated 0.01359 0.00962880 80 1.5066 0.6638 104.02 0.2160 0.2269 1.1660 Superheated 0.01371 0.00977885 80 1.4873 0.6724 105.16 0.2181 0.2270 1.1624 Superheated 0.01382 0.00992990 80 1.4687 0.6809 106.29 0.2201 0.2273 1.1591 Superheated 0.01393 0.01008195 80 1.4507 0.6893 107.43 0.2222 0.2276 1.1559 Superheated 0.01404 0.010233
100 80 1.4333 0.6977 108.57 0.2242 0.2279 1.1530 Superheated 0.01415 0.010387105 80 1.4164 0.7060 109.71 0.2263 0.2283 1.1502 Superheated 0.01426 0.010541110 80 1.4001 0.7143 110.85 0.2283 0.2288 1.1475 Superheated 0.01437 0.010696115 80 1.3842 0.7225 112.00 0.2303 0.2293 1.1450 Superheated 0.01449 0.010852120 80 1.3687 0.7306 113.15 0.2323 0.2298 1.1426 Superheated 0.01460 0.011009125 80 1.3537 0.7387 114.30 0.2343 0.2303 1.1404 Superheated 0.01471 0.011166130 80 1.3391 0.7467 115.45 0.2362 0.2309 1.1382 Superheated 0.01482 0.011324135 80 1.3249 0.7547 116.61 0.2382 0.2315 1.1362 Superheated 0.01493 0.011483140 80 1.3111 0.7627 117.77 0.2401 0.2322 1.1342 Superheated 0.01504 0.011643145 80 1.2976 0.7706 118.93 0.2420 0.2328 1.1323 Superheated 0.01514 0.011803150 80 1.2845 0.7785 120.09 0.2440 0.2335 1.1306 Superheated 0.01525 0.011964
36
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=90 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 90 82.0709 0.0122 -2.91 -0.0074 0.2968 1.5218 Subcooled 0.35590 0.053385-45 90 81.5272 0.0123 -1.43 -0.0038 0.2981 1.5221 Subcooled 0.33947 0.052664-40 90 80.9783 0.0123 0.07 -0.0002 0.2995 1.5227 Subcooled 0.32406 0.051950-35 90 80.4240 0.0124 1.57 0.0033 0.3010 1.5236 Subcooled 0.30960 0.051242-30 90 79.8637 0.0125 3.08 0.0069 0.3025 1.5248 Subcooled 0.29601 0.050541-25 90 79.2970 0.0126 4.59 0.0104 0.3041 1.5264 Subcooled 0.28322 0.049846-20 90 78.7234 0.0127 6.12 0.0139 0.3058 1.5282 Subcooled 0.27116 0.049156-15 90 78.1423 0.0128 7.65 0.0173 0.3076 1.5304 Subcooled 0.25980 0.048472-10 90 77.5533 0.0129 9.20 0.0208 0.3095 1.5330 Subcooled 0.24906 0.047794-5 90 76.9556 0.0130 10.75 0.0242 0.3114 1.5359 Subcooled 0.23890 0.0471210 90 76.3485 0.0131 12.31 0.0276 0.3135 1.5392 Subcooled 0.22928 0.0464535 90 75.7314 0.0132 13.88 0.0310 0.3157 1.5430 Subcooled 0.22015 0.045789
10 90 75.1033 0.0133 15.47 0.0344 0.3180 1.5472 Subcooled 0.21148 0.04513015 90 74.4634 0.0134 17.06 0.0378 0.3204 1.5519 Subcooled 0.20323 0.04447620 90 73.8106 0.0135 18.67 0.0412 0.3230 1.5572 Subcooled 0.19536 0.04382425 90 73.1437 0.0137 20.29 0.0445 0.3258 1.5632 Subcooled 0.18786 0.04317730 90 72.4615 0.0138 21.93 0.0479 0.3288 1.5699 Subcooled 0.18067 0.04253235 90 1.9780 0.5056 93.07 0.1927 0.2371 1.2346 Superheated 0.01276 0.00849940 90 1.9432 0.5146 94.25 0.1951 0.2353 1.2252 Superheated 0.01287 0.00863745 90 1.9103 0.5235 95.42 0.1974 0.2340 1.2169 Superheated 0.01298 0.00877650 90 1.8791 0.5322 96.59 0.1997 0.2329 1.2094 Superheated 0.01310 0.00891655 90 1.8494 0.5407 97.75 0.2020 0.2320 1.2026 Superheated 0.01321 0.00905960 90 1.8210 0.5491 98.91 0.2042 0.2314 1.1964 Superheated 0.01332 0.00920365 90 1.7939 0.5574 100.06 0.2064 0.2309 1.1907 Superheated 0.01343 0.00934870 90 1.7680 0.5656 101.22 0.2086 0.2306 1.1855 Superheated 0.01354 0.00949475 90 1.7431 0.5737 102.37 0.2108 0.2304 1.1806 Superheated 0.01365 0.00964280 90 1.7192 0.5817 103.52 0.2129 0.2303 1.1761 Superheated 0.01376 0.00979185 90 1.6961 0.5896 104.67 0.2150 0.2302 1.1719 Superheated 0.01387 0.00994090 90 1.6739 0.5974 105.82 0.2171 0.2303 1.1680 Superheated 0.01398 0.01009195 90 1.6525 0.6051 106.98 0.2192 0.2304 1.1643 Superheated 0.01409 0.010243
100 90 1.6319 0.6128 108.13 0.2213 0.2306 1.1608 Superheated 0.01420 0.010396105 90 1.6119 0.6204 109.28 0.2233 0.2309 1.1576 Superheated 0.01431 0.010549110 90 1.5925 0.6279 110.44 0.2254 0.2312 1.1545 Superheated 0.01443 0.010704115 90 1.5738 0.6354 111.59 0.2274 0.2316 1.1517 Superheated 0.01453 0.010859120 90 1.5556 0.6428 112.75 0.2294 0.2320 1.1489 Superheated 0.01464 0.011015125 90 1.5380 0.6502 113.91 0.2314 0.2324 1.1464 Superheated 0.01475 0.011172130 90 1.5209 0.6575 115.08 0.2334 0.2329 1.1439 Superheated 0.01486 0.011330135 90 1.5042 0.6648 116.24 0.2354 0.2334 1.1416 Superheated 0.01497 0.011489140 90 1.4881 0.6720 117.41 0.2373 0.2340 1.1394 Superheated 0.01508 0.011648145 90 1.4723 0.6792 118.58 0.2393 0.2345 1.1373 Superheated 0.01519 0.011808150 90 1.4570 0.6864 119.76 0.2412 0.2351 1.1353 Superheated 0.01530 0.011969
37
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=100 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 100 82.0839 0.0122 -2.90 -0.0074 0.2968 1.5215 Subcooled 0.35621 0.053403-45 100 81.5406 0.0123 -1.42 -0.0038 0.2981 1.5218 Subcooled 0.33977 0.052683-40 100 80.9923 0.0123 0.08 -0.0002 0.2995 1.5224 Subcooled 0.32436 0.051969-35 100 80.4385 0.0124 1.58 0.0033 0.3009 1.5233 Subcooled 0.30989 0.051262-30 100 79.8789 0.0125 3.09 0.0068 0.3024 1.5245 Subcooled 0.29629 0.050561-25 100 79.3128 0.0126 4.60 0.0103 0.3040 1.5260 Subcooled 0.28349 0.049866-20 100 78.7399 0.0127 6.13 0.0138 0.3057 1.5278 Subcooled 0.27143 0.049177-15 100 78.1596 0.0128 7.66 0.0173 0.3075 1.5300 Subcooled 0.26006 0.048494-10 100 77.5714 0.0129 9.20 0.0207 0.3094 1.5325 Subcooled 0.24931 0.047816-5 100 76.9745 0.0130 10.75 0.0242 0.3113 1.5354 Subcooled 0.23915 0.0471440 100 76.3684 0.0131 12.32 0.0276 0.3134 1.5387 Subcooled 0.22953 0.0464765 100 75.7523 0.0132 13.89 0.0310 0.3155 1.5424 Subcooled 0.22040 0.045814
10 100 75.1253 0.0133 15.47 0.0344 0.3178 1.5466 Subcooled 0.21172 0.04515515 100 74.4866 0.0134 17.07 0.0378 0.3203 1.5513 Subcooled 0.20347 0.04450120 100 73.8351 0.0135 18.67 0.0411 0.3229 1.5565 Subcooled 0.19561 0.04385125 100 73.1697 0.0137 20.30 0.0445 0.3256 1.5624 Subcooled 0.18810 0.04320430 100 72.4890 0.0138 21.93 0.0479 0.3286 1.5690 Subcooled 0.18092 0.04256035 100 71.7916 0.0139 23.58 0.0512 0.3317 1.5765 Subcooled 0.17404 0.04191940 100 2.2090 0.4527 93.52 0.1918 0.2428 1.2478 Superheated 0.01295 0.00867045 100 2.1686 0.4611 94.73 0.1942 0.2406 1.2372 Superheated 0.01305 0.00880650 100 2.1305 0.4694 95.93 0.1966 0.2388 1.2278 Superheated 0.01316 0.00894355 100 2.0945 0.4774 97.12 0.1989 0.2375 1.2193 Superheated 0.01327 0.00908360 100 2.0603 0.4854 98.31 0.2012 0.2364 1.2117 Superheated 0.01338 0.00922565 100 2.0277 0.4932 99.49 0.2035 0.2355 1.2047 Superheated 0.01349 0.00936870 100 1.9967 0.5008 100.66 0.2057 0.2348 1.1984 Superheated 0.01360 0.00951275 100 1.9670 0.5084 101.83 0.2079 0.2343 1.1926 Superheated 0.01371 0.00965880 100 1.9386 0.5158 103.00 0.2101 0.2339 1.1872 Superheated 0.01382 0.00980685 100 1.9113 0.5232 104.17 0.2122 0.2337 1.1822 Superheated 0.01393 0.00995490 100 1.8852 0.5305 105.34 0.2144 0.2335 1.1776 Superheated 0.01404 0.01010495 100 1.8600 0.5376 106.51 0.2165 0.2335 1.1733 Superheated 0.01415 0.010255
100 100 1.8357 0.5447 107.68 0.2186 0.2335 1.1693 Superheated 0.01426 0.010406105 100 1.8123 0.5518 108.84 0.2207 0.2336 1.1656 Superheated 0.01437 0.010559110 100 1.7897 0.5588 110.01 0.2227 0.2338 1.1621 Superheated 0.01448 0.010713115 100 1.7678 0.5657 111.18 0.2248 0.2340 1.1588 Superheated 0.01459 0.010868120 100 1.7467 0.5725 112.35 0.2268 0.2343 1.1556 Superheated 0.01470 0.011023125 100 1.7262 0.5793 113.52 0.2288 0.2346 1.1527 Superheated 0.01480 0.011180130 100 1.7063 0.5861 114.70 0.2308 0.2350 1.1499 Superheated 0.01491 0.011337135 100 1.6871 0.5927 115.87 0.2328 0.2354 1.1473 Superheated 0.01502 0.011495140 100 1.6684 0.5994 117.05 0.2348 0.2358 1.1448 Superheated 0.01513 0.011654145 100 1.6502 0.6060 118.23 0.2367 0.2363 1.1425 Superheated 0.01524 0.011814150 100 1.6325 0.6126 119.42 0.2387 0.2369 1.1402 Superheated 0.01535 0.011974
38
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=125 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 125 82.1162 0.0122 -2.88 -0.0075 0.2966 1.5208 Subcooled 0.35698 0.053449-45 125 81.5742 0.0123 -1.39 -0.0039 0.2979 1.5210 Subcooled 0.34052 0.052730-40 125 81.0272 0.0123 0.10 -0.0003 0.2993 1.5216 Subcooled 0.32509 0.052017-35 125 80.4749 0.0124 1.60 0.0032 0.3007 1.5224 Subcooled 0.31060 0.051311-30 125 79.9167 0.0125 3.11 0.0068 0.3023 1.5236 Subcooled 0.29698 0.050612-25 125 79.3523 0.0126 4.63 0.0103 0.3038 1.5251 Subcooled 0.28417 0.049918-20 125 78.7811 0.0127 6.15 0.0137 0.3055 1.5269 Subcooled 0.27210 0.049230-15 125 78.2027 0.0128 7.68 0.0172 0.3073 1.5290 Subcooled 0.26071 0.048548-10 125 77.6164 0.0129 9.22 0.0207 0.3091 1.5314 Subcooled 0.24996 0.047872-5 125 77.0217 0.0130 10.77 0.0241 0.3111 1.5342 Subcooled 0.23979 0.0472010 125 76.4179 0.0131 12.33 0.0275 0.3131 1.5374 Subcooled 0.23015 0.0465355 125 75.8043 0.0132 13.90 0.0309 0.3152 1.5410 Subcooled 0.22102 0.045874
10 125 75.1800 0.0133 15.48 0.0343 0.3175 1.5451 Subcooled 0.21234 0.04521715 125 74.5443 0.0134 17.08 0.0377 0.3199 1.5497 Subcooled 0.20408 0.04456520 125 73.8960 0.0135 18.68 0.0410 0.3224 1.5548 Subcooled 0.19621 0.04391625 125 73.2341 0.0137 20.30 0.0444 0.3252 1.5605 Subcooled 0.18870 0.04327230 125 72.5574 0.0138 21.94 0.0477 0.3280 1.5669 Subcooled 0.18152 0.04263035 125 71.8643 0.0139 23.58 0.0511 0.3311 1.5742 Subcooled 0.17464 0.04199140 125 71.1533 0.0141 25.25 0.0544 0.3345 1.5823 Subcooled 0.16804 0.04135545 125 70.4225 0.0142 26.93 0.0578 0.3381 1.5915 Subcooled 0.16168 0.04072050 125 69.6695 0.0144 28.63 0.0611 0.3420 1.6019 Subcooled 0.15556 0.04008555 125 2.7608 0.3622 95.42 0.1919 0.2546 1.2733 Superheated 0.01346 0.00919560 125 2.7069 0.3694 96.69 0.1943 0.2517 1.2600 Superheated 0.01356 0.00931765 125 2.6564 0.3764 97.94 0.1967 0.2494 1.2484 Superheated 0.01366 0.00944470 125 2.6089 0.3833 99.18 0.1991 0.2475 1.2380 Superheated 0.01377 0.00957775 125 2.5640 0.3900 100.42 0.2014 0.2459 1.2287 Superheated 0.01387 0.00971780 125 2.5215 0.3966 101.64 0.2037 0.2446 1.2204 Superheated 0.01398 0.00985985 125 2.4811 0.4030 102.86 0.2059 0.2436 1.2128 Superheated 0.01409 0.01000290 125 2.4427 0.4094 104.08 0.2081 0.2427 1.2059 Superheated 0.01419 0.01014895 125 2.4060 0.4156 105.29 0.2103 0.2421 1.1995 Superheated 0.01430 0.010295
100 125 2.3709 0.4218 106.50 0.2125 0.2415 1.1937 Superheated 0.01440 0.010443105 125 2.3372 0.4279 107.71 0.2147 0.2411 1.1883 Superheated 0.01451 0.010593110 125 2.3050 0.4338 108.91 0.2168 0.2408 1.1833 Superheated 0.01462 0.010744115 125 2.2739 0.4398 110.11 0.2189 0.2406 1.1787 Superheated 0.01472 0.010896120 125 2.2441 0.4456 111.32 0.2210 0.2405 1.1744 Superheated 0.01483 0.011050125 125 2.2153 0.4514 112.52 0.2230 0.2405 1.1704 Superheated 0.01494 0.011204130 125 2.1875 0.4571 113.72 0.2251 0.2406 1.1666 Superheated 0.01504 0.011360135 125 2.1607 0.4628 114.93 0.2271 0.2407 1.1631 Superheated 0.01515 0.011516140 125 2.1348 0.4684 116.13 0.2291 0.2409 1.1598 Superheated 0.01525 0.011674145 125 2.1096 0.4740 117.33 0.2311 0.2411 1.1566 Superheated 0.01536 0.011832150 125 2.0853 0.4795 118.54 0.2331 0.2414 1.1537 Superheated 0.01547 0.011991
39
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=150 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 150 82.1484 0.0122 -2.85 -0.0076 0.2965 1.5200 Subcooled 0.35775 0.053495-45 150 81.6077 0.0123 -1.37 -0.0040 0.2978 1.5202 Subcooled 0.34127 0.052777-40 150 81.0620 0.0123 0.13 -0.0004 0.2991 1.5208 Subcooled 0.32582 0.052066-35 150 80.5111 0.0124 1.63 0.0031 0.3006 1.5216 Subcooled 0.31131 0.051361-30 150 79.9544 0.0125 3.13 0.0067 0.3021 1.5227 Subcooled 0.29768 0.050662-25 150 79.3916 0.0126 4.65 0.0102 0.3037 1.5241 Subcooled 0.28485 0.049970-20 150 78.8221 0.0127 6.17 0.0137 0.3053 1.5259 Subcooled 0.27277 0.049283-15 150 78.2455 0.0128 7.70 0.0171 0.3071 1.5279 Subcooled 0.26137 0.048602-10 150 77.6612 0.0129 9.24 0.0206 0.3089 1.5303 Subcooled 0.25060 0.047927-5 150 77.0686 0.0130 10.79 0.0240 0.3108 1.5330 Subcooled 0.24042 0.0472580 150 76.4671 0.0131 12.35 0.0274 0.3128 1.5362 Subcooled 0.23078 0.0465935 150 75.8559 0.0132 13.92 0.0308 0.3149 1.5397 Subcooled 0.22163 0.045934
10 150 75.2343 0.0133 15.50 0.0342 0.3172 1.5436 Subcooled 0.21295 0.04527915 150 74.6015 0.0134 17.09 0.0376 0.3195 1.5481 Subcooled 0.20469 0.04462820 150 73.9564 0.0135 18.69 0.0409 0.3220 1.5530 Subcooled 0.19681 0.04398225 150 73.2980 0.0136 20.31 0.0443 0.3247 1.5586 Subcooled 0.18930 0.04333930 150 72.6251 0.0138 21.94 0.0476 0.3275 1.5649 Subcooled 0.18212 0.04270035 150 71.9362 0.0139 23.59 0.0510 0.3306 1.5719 Subcooled 0.17524 0.04206340 150 71.2300 0.0140 25.25 0.0543 0.3339 1.5797 Subcooled 0.16864 0.04142945 150 70.5044 0.0142 26.93 0.0576 0.3374 1.5886 Subcooled 0.16229 0.04079750 150 69.7574 0.0143 28.62 0.0610 0.3412 1.5987 Subcooled 0.15617 0.04016655 150 68.9866 0.0145 30.34 0.0643 0.3454 1.6101 Subcooled 0.15026 0.03953560 150 68.1890 0.0147 32.08 0.0677 0.3500 1.6231 Subcooled 0.14454 0.03890465 150 3.3667 0.2970 96.21 0.1905 0.2689 1.3115 Superheated 0.01397 0.00974670 150 3.2943 0.3036 97.54 0.1930 0.2647 1.2935 Superheated 0.01408 0.00985175 150 3.2271 0.3099 98.86 0.1955 0.2612 1.2781 Superheated 0.01406 0.00986680 150 3.1644 0.3160 100.16 0.1979 0.2584 1.2646 Superheated 0.01416 0.00998785 150 3.1056 0.3220 101.44 0.2003 0.2561 1.2526 Superheated 0.01426 0.01011490 150 3.0503 0.3278 102.72 0.2026 0.2542 1.2420 Superheated 0.01436 0.01024595 150 2.9981 0.3335 103.98 0.2049 0.2526 1.2326 Superheated 0.01446 0.010380
100 150 2.9486 0.3391 105.24 0.2071 0.2512 1.2240 Superheated 0.01456 0.010518105 150 2.9016 0.3446 106.50 0.2094 0.2501 1.2162 Superheated 0.01467 0.010660110 150 2.8569 0.3500 107.74 0.2116 0.2492 1.2091 Superheated 0.01477 0.010804115 150 2.8142 0.3553 108.99 0.2137 0.2484 1.2027 Superheated 0.01487 0.010950120 150 2.7734 0.3606 110.23 0.2159 0.2478 1.1967 Superheated 0.01498 0.011098125 150 2.7342 0.3657 111.47 0.2180 0.2473 1.1912 Superheated 0.01508 0.011249130 150 2.6967 0.3708 112.70 0.2201 0.2470 1.1861 Superheated 0.01518 0.011401135 150 2.6606 0.3759 113.94 0.2222 0.2467 1.1814 Superheated 0.01529 0.011554140 150 2.6259 0.3808 115.17 0.2243 0.2466 1.1769 Superheated 0.01539 0.011709145 150 2.5924 0.3857 116.40 0.2263 0.2465 1.1728 Superheated 0.01549 0.011865150 150 2.5601 0.3906 117.63 0.2284 0.2465 1.1690 Superheated 0.01560 0.012023
40
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=175 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 175 82.1804 0.0122 -2.82 -0.0077 0.2964 1.5193 Subcooled 0.35852 0.053541-45 175 81.6410 0.0122 -1.34 -0.0041 0.2976 1.5195 Subcooled 0.34202 0.052824-40 175 81.0966 0.0123 0.15 -0.0005 0.2990 1.5200 Subcooled 0.32655 0.052113-35 175 80.5471 0.0124 1.65 0.0031 0.3004 1.5208 Subcooled 0.31202 0.051410-30 175 79.9919 0.0125 3.16 0.0066 0.3019 1.5218 Subcooled 0.29838 0.050712-25 175 79.4307 0.0126 4.67 0.0101 0.3035 1.5232 Subcooled 0.28553 0.050021-20 175 78.8629 0.0127 6.19 0.0136 0.3051 1.5249 Subcooled 0.27344 0.049336-15 175 78.2881 0.0128 7.72 0.0170 0.3068 1.5269 Subcooled 0.26202 0.048656-10 175 77.7057 0.0129 9.26 0.0205 0.3086 1.5292 Subcooled 0.25125 0.047983-5 175 77.1152 0.0130 10.81 0.0239 0.3105 1.5319 Subcooled 0.24106 0.0473140 175 76.5159 0.0131 12.37 0.0273 0.3125 1.5349 Subcooled 0.23140 0.0466515 175 75.9072 0.0132 13.93 0.0307 0.3146 1.5383 Subcooled 0.22225 0.045993
10 175 75.2882 0.0133 15.51 0.0341 0.3168 1.5422 Subcooled 0.21356 0.04534015 175 74.6582 0.0134 17.10 0.0374 0.3192 1.5465 Subcooled 0.20529 0.04469120 175 74.0162 0.0135 18.70 0.0408 0.3216 1.5513 Subcooled 0.19741 0.04404725 175 73.3613 0.0136 20.32 0.0442 0.3243 1.5568 Subcooled 0.18990 0.04340630 175 72.6921 0.0138 21.95 0.0475 0.3271 1.5628 Subcooled 0.18272 0.04276935 175 72.0074 0.0139 23.59 0.0508 0.3300 1.5696 Subcooled 0.17584 0.04213540 175 71.3058 0.0140 25.25 0.0542 0.3332 1.5773 Subcooled 0.16924 0.04150345 175 70.5853 0.0142 26.92 0.0575 0.3367 1.5859 Subcooled 0.16289 0.04087350 175 69.8442 0.0143 28.61 0.0608 0.3404 1.5956 Subcooled 0.15678 0.04024555 175 69.0799 0.0145 30.33 0.0642 0.3445 1.6065 Subcooled 0.15088 0.03961860 175 68.2898 0.0146 32.06 0.0675 0.3490 1.6190 Subcooled 0.14517 0.03899065 175 67.4705 0.0148 33.82 0.0709 0.3540 1.6334 Subcooled 0.13962 0.03836270 175 66.6180 0.0150 35.60 0.0743 0.3595 1.6499 Subcooled 0.13421 0.03773175 175 3.9808 0.2512 97.10 0.1898 0.2832 1.3505 Superheated 0.01442 0.01024580 175 3.8874 0.2572 98.50 0.1924 0.2775 1.3271 Superheated 0.01451 0.01033285 175 3.8015 0.2631 99.87 0.1949 0.2728 1.3074 Superheated 0.01460 0.01043090 175 3.7221 0.2687 101.23 0.1974 0.2691 1.2905 Superheated 0.01470 0.01053895 175 3.6482 0.2741 102.57 0.1998 0.2659 1.2757 Superheated 0.01479 0.010652
100 175 3.5791 0.2794 103.89 0.2022 0.2633 1.2628 Superheated 0.01475 0.010659105 175 3.5142 0.2846 105.20 0.2045 0.2611 1.2514 Superheated 0.01484 0.010787110 175 3.4530 0.2896 106.50 0.2068 0.2592 1.2411 Superheated 0.01494 0.010919115 175 3.3951 0.2945 107.79 0.2091 0.2577 1.2319 Superheated 0.01504 0.011055120 175 3.3402 0.2994 109.08 0.2113 0.2564 1.2236 Superheated 0.01514 0.011195125 175 3.2880 0.3041 110.36 0.2135 0.2553 1.2160 Superheated 0.01524 0.011338130 175 3.2383 0.3088 111.63 0.2157 0.2543 1.2091 Superheated 0.01534 0.011483135 175 3.1907 0.3134 112.90 0.2178 0.2536 1.2028 Superheated 0.01544 0.011631140 175 3.1452 0.3179 114.17 0.2199 0.2530 1.1969 Superheated 0.01554 0.011781145 175 3.1016 0.3224 115.43 0.2220 0.2525 1.1915 Superheated 0.01564 0.011933150 175 3.0597 0.3268 116.69 0.2241 0.2522 1.1865 Superheated 0.01574 0.012086
41
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=200 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 200 82.2124 0.0122 -2.80 -0.0077 0.2962 1.5186 Subcooled 0.35929 0.053587-45 200 81.6741 0.0122 -1.31 -0.0041 0.2975 1.5187 Subcooled 0.34277 0.052871-40 200 81.1311 0.0123 0.18 -0.0006 0.2988 1.5192 Subcooled 0.32728 0.052161-35 200 80.5830 0.0124 1.67 0.0030 0.3003 1.5199 Subcooled 0.31274 0.051459-30 200 80.0293 0.0125 3.18 0.0065 0.3017 1.5210 Subcooled 0.29907 0.050762-25 200 79.4696 0.0126 4.69 0.0100 0.3033 1.5223 Subcooled 0.28621 0.050072-20 200 78.9035 0.0127 6.21 0.0135 0.3049 1.5239 Subcooled 0.27410 0.049388-15 200 78.3304 0.0128 7.74 0.0169 0.3066 1.5259 Subcooled 0.26268 0.048710-10 200 77.7500 0.0129 9.28 0.0204 0.3084 1.5281 Subcooled 0.25189 0.048038-5 200 77.1615 0.0130 10.83 0.0238 0.3103 1.5307 Subcooled 0.24169 0.0473710 200 76.5644 0.0131 12.38 0.0272 0.3123 1.5337 Subcooled 0.23203 0.0467095 200 75.9581 0.0132 13.95 0.0306 0.3143 1.5370 Subcooled 0.22287 0.046053
10 200 75.3417 0.0133 15.53 0.0340 0.3165 1.5408 Subcooled 0.21417 0.04540115 200 74.7145 0.0134 17.11 0.0373 0.3188 1.5450 Subcooled 0.20589 0.04475420 200 74.0756 0.0135 18.71 0.0407 0.3213 1.5497 Subcooled 0.19801 0.04411125 200 73.4240 0.0136 20.33 0.0440 0.3238 1.5549 Subcooled 0.19050 0.04347330 200 72.7585 0.0137 21.95 0.0474 0.3266 1.5608 Subcooled 0.18331 0.04283735 200 72.0779 0.0139 23.59 0.0507 0.3295 1.5674 Subcooled 0.17643 0.04220540 200 71.3807 0.0140 25.25 0.0540 0.3327 1.5748 Subcooled 0.16983 0.04157645 200 70.6653 0.0142 26.92 0.0574 0.3360 1.5832 Subcooled 0.16349 0.04094950 200 69.9298 0.0143 28.61 0.0607 0.3397 1.5925 Subcooled 0.15739 0.04032455 200 69.1719 0.0145 30.32 0.0640 0.3437 1.6031 Subcooled 0.15149 0.03970060 200 68.3890 0.0146 32.05 0.0674 0.3480 1.6152 Subcooled 0.14579 0.03907665 200 67.5780 0.0148 33.80 0.0707 0.3528 1.6289 Subcooled 0.14025 0.03845170 200 66.7352 0.0150 35.58 0.0741 0.3582 1.6447 Subcooled 0.13487 0.03782575 200 65.8558 0.0152 37.38 0.0775 0.3642 1.6630 Subcooled 0.12960 0.03719580 200 64.9341 0.0154 39.22 0.0809 0.3711 1.6845 Subcooled 0.12445 0.03656285 200 4.5966 0.2176 98.10 0.1896 0.2971 1.3885 Superheated 0.01488 0.01075890 200 4.4802 0.2232 99.56 0.1923 0.2898 1.3593 Superheated 0.01496 0.01082595 200 4.3744 0.2286 101.00 0.1949 0.2839 1.3351 Superheated 0.01504 0.010907
100 200 4.2772 0.2338 102.40 0.1974 0.2791 1.3147 Superheated 0.01512 0.011001105 200 4.1873 0.2388 103.79 0.1999 0.2751 1.2972 Superheated 0.01521 0.011104110 200 4.1037 0.2437 105.16 0.2023 0.2718 1.2820 Superheated 0.01529 0.011215115 200 4.0256 0.2484 106.51 0.2046 0.2690 1.2687 Superheated 0.01538 0.011333120 200 3.9523 0.2530 107.85 0.2070 0.2667 1.2568 Superheated 0.01532 0.011331125 200 3.8832 0.2575 109.18 0.2092 0.2647 1.2463 Superheated 0.01541 0.011462130 200 3.8179 0.2619 110.50 0.2115 0.2630 1.2368 Superheated 0.01550 0.011597135 200 3.7560 0.2662 111.81 0.2137 0.2616 1.2282 Superheated 0.01560 0.011736140 200 3.6971 0.2705 113.11 0.2159 0.2604 1.2204 Superheated 0.01570 0.011878145 200 3.6410 0.2746 114.41 0.2181 0.2595 1.2133 Superheated 0.01579 0.012023150 200 3.5874 0.2788 115.71 0.2202 0.2586 1.2067 Superheated 0.01589 0.012171
42
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=225 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 225 82.2442 0.0122 -2.77 -0.0078 0.2961 1.5179 Subcooled 0.36006 0.053633-45 225 81.7072 0.0122 -1.29 -0.0042 0.2974 1.5180 Subcooled 0.34352 0.052917-40 225 81.1654 0.0123 0.20 -0.0006 0.2987 1.5184 Subcooled 0.32801 0.052209-35 225 80.6187 0.0124 1.70 0.0029 0.3001 1.5191 Subcooled 0.31345 0.051507-30 225 80.0664 0.0125 3.20 0.0064 0.3016 1.5201 Subcooled 0.29976 0.050812-25 225 79.5083 0.0126 4.71 0.0099 0.3031 1.5214 Subcooled 0.28689 0.050123-20 225 78.9438 0.0127 6.23 0.0134 0.3047 1.5230 Subcooled 0.27477 0.049440-15 225 78.3726 0.0128 7.76 0.0169 0.3064 1.5249 Subcooled 0.26333 0.048764-10 225 77.7940 0.0129 9.30 0.0203 0.3082 1.5271 Subcooled 0.25253 0.048093-5 225 77.2075 0.0130 10.84 0.0237 0.3100 1.5296 Subcooled 0.24232 0.0474270 225 76.6127 0.0131 12.40 0.0271 0.3120 1.5325 Subcooled 0.23265 0.0467675 225 76.0087 0.0132 13.96 0.0305 0.3140 1.5357 Subcooled 0.22348 0.046112
10 225 75.3948 0.0133 15.54 0.0339 0.3162 1.5394 Subcooled 0.21477 0.04546215 225 74.7704 0.0134 17.13 0.0372 0.3185 1.5435 Subcooled 0.20650 0.04481720 225 74.1345 0.0135 18.72 0.0406 0.3209 1.5480 Subcooled 0.19861 0.04417625 225 73.4861 0.0136 20.33 0.0439 0.3234 1.5532 Subcooled 0.19109 0.04353930 225 72.8242 0.0137 21.96 0.0473 0.3261 1.5589 Subcooled 0.18390 0.04290635 225 72.1476 0.0139 23.60 0.0506 0.3290 1.5653 Subcooled 0.17702 0.04227640 225 71.4548 0.0140 25.25 0.0539 0.3321 1.5725 Subcooled 0.17043 0.04164945 225 70.7443 0.0141 26.92 0.0572 0.3354 1.5805 Subcooled 0.16409 0.04102550 225 70.0143 0.0143 28.60 0.0606 0.3390 1.5896 Subcooled 0.15799 0.04040255 225 69.2626 0.0144 30.31 0.0639 0.3428 1.5998 Subcooled 0.15210 0.03978160 225 68.4867 0.0146 32.03 0.0672 0.3471 1.6114 Subcooled 0.14641 0.03916165 225 67.6838 0.0148 33.78 0.0706 0.3517 1.6246 Subcooled 0.14088 0.03854070 225 66.8502 0.0150 35.55 0.0739 0.3569 1.6397 Subcooled 0.13551 0.03791875 225 65.9817 0.0152 37.35 0.0773 0.3627 1.6572 Subcooled 0.13027 0.03729380 225 65.0729 0.0154 39.18 0.0807 0.3693 1.6776 Subcooled 0.12513 0.03666585 225 64.1170 0.0156 41.04 0.0842 0.3769 1.7017 Subcooled 0.12009 0.03603190 225 63.1053 0.0158 42.95 0.0876 0.3857 1.7306 Subcooled 0.11509 0.03538995 225 5.2063 0.1921 99.22 0.1899 0.3100 1.4232 Superheated 0.01534 0.011274
100 225 5.0662 0.1974 100.75 0.1927 0.3011 1.3884 Superheated 0.01540 0.011320105 225 4.9397 0.2024 102.23 0.1953 0.2940 1.3601 Superheated 0.01547 0.011386110 225 4.8243 0.2073 103.69 0.1979 0.2882 1.3364 Superheated 0.01555 0.011466115 225 4.7182 0.2119 105.12 0.2004 0.2835 1.3163 Superheated 0.01562 0.011559120 225 4.6200 0.2164 106.52 0.2028 0.2796 1.2991 Superheated 0.01570 0.011663125 225 4.5286 0.2208 107.91 0.2052 0.2763 1.2840 Superheated 0.01578 0.011775130 225 4.4431 0.2251 109.29 0.2075 0.2735 1.2708 Superheated 0.01586 0.011893135 225 4.3627 0.2292 110.65 0.2098 0.2712 1.2590 Superheated 0.01595 0.012018140 225 4.2870 0.2333 112.00 0.2121 0.2692 1.2485 Superheated 0.01587 0.012006145 225 4.2154 0.2372 113.34 0.2143 0.2675 1.2390 Superheated 0.01596 0.012141150 225 4.1474 0.2411 114.68 0.2165 0.2660 1.2304 Superheated 0.01605 0.012279
43
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=250 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 250 82.2759 0.0122 -2.75 -0.0079 0.2960 1.5171 Subcooled 0.36082 0.053678-45 250 81.7401 0.0122 -1.26 -0.0043 0.2972 1.5172 Subcooled 0.34426 0.052964-40 250 81.1996 0.0123 0.23 -0.0007 0.2986 1.5176 Subcooled 0.32873 0.052257-35 250 80.6542 0.0124 1.72 0.0028 0.2999 1.5183 Subcooled 0.31416 0.051556-30 250 80.1034 0.0125 3.23 0.0064 0.3014 1.5193 Subcooled 0.30046 0.050862-25 250 79.5468 0.0126 4.74 0.0098 0.3029 1.5205 Subcooled 0.28757 0.050174-20 250 78.9840 0.0127 6.26 0.0133 0.3045 1.5221 Subcooled 0.27543 0.049493-15 250 78.4144 0.0128 7.78 0.0168 0.3062 1.5239 Subcooled 0.26398 0.048817-10 250 77.8377 0.0128 9.32 0.0202 0.3080 1.5260 Subcooled 0.25317 0.048147-5 250 77.2533 0.0129 10.86 0.0236 0.3098 1.5285 Subcooled 0.24295 0.0474830 250 76.6606 0.0130 12.42 0.0270 0.3117 1.5313 Subcooled 0.23327 0.0468245 250 76.0589 0.0131 13.98 0.0304 0.3137 1.5344 Subcooled 0.22409 0.046171
10 250 75.4476 0.0133 15.55 0.0338 0.3159 1.5380 Subcooled 0.21538 0.04552315 250 74.8258 0.0134 17.14 0.0371 0.3181 1.5420 Subcooled 0.20709 0.04487920 250 74.1929 0.0135 18.73 0.0405 0.3205 1.5464 Subcooled 0.19921 0.04424025 250 73.5478 0.0136 20.34 0.0438 0.3230 1.5514 Subcooled 0.19168 0.04360530 250 72.8894 0.0137 21.96 0.0471 0.3257 1.5570 Subcooled 0.18449 0.04297435 250 72.2167 0.0138 23.60 0.0505 0.3285 1.5632 Subcooled 0.17761 0.04234640 250 71.5282 0.0140 25.25 0.0538 0.3315 1.5701 Subcooled 0.17102 0.04172245 250 70.8224 0.0141 26.92 0.0571 0.3348 1.5779 Subcooled 0.16468 0.04110050 250 70.0977 0.0143 28.60 0.0604 0.3383 1.5867 Subcooled 0.15859 0.04048055 250 69.3520 0.0144 30.30 0.0637 0.3420 1.5966 Subcooled 0.15270 0.03986260 250 68.5829 0.0146 32.02 0.0671 0.3462 1.6077 Subcooled 0.14702 0.03924565 250 67.7877 0.0148 33.76 0.0704 0.3507 1.6204 Subcooled 0.14151 0.03862770 250 66.9631 0.0149 35.53 0.0737 0.3557 1.6349 Subcooled 0.13615 0.03800975 250 66.1050 0.0151 37.32 0.0771 0.3613 1.6516 Subcooled 0.13092 0.03738980 250 65.2085 0.0153 39.14 0.0805 0.3676 1.6709 Subcooled 0.12581 0.03676685 250 64.2674 0.0156 41.00 0.0839 0.3748 1.6937 Subcooled 0.12079 0.03613890 250 63.2736 0.0158 42.89 0.0874 0.3832 1.7209 Subcooled 0.11584 0.03550395 250 62.2167 0.0161 44.83 0.0909 0.3932 1.7539 Subcooled 0.11091 0.034860
100 250 5.9872 0.1670 98.83 0.1877 0.3348 1.5034 Superheated 0.01575 0.011791105 250 5.8022 0.1723 100.47 0.1907 0.3213 1.4527 Superheated 0.01580 0.011788110 250 5.6385 0.1774 102.05 0.1934 0.3110 1.4130 Superheated 0.01585 0.011817115 250 5.4917 0.1821 103.58 0.1961 0.3029 1.3811 Superheated 0.01591 0.011870120 250 5.3585 0.1866 105.08 0.1987 0.2963 1.3547 Superheated 0.01597 0.011940125 250 5.2365 0.1910 106.55 0.2012 0.2909 1.3325 Superheated 0.01604 0.012025130 250 5.1239 0.1952 107.99 0.2037 0.2865 1.3135 Superheated 0.01611 0.012121135 250 5.0195 0.1992 109.41 0.2061 0.2827 1.2970 Superheated 0.01618 0.012226140 250 4.9221 0.2032 110.82 0.2085 0.2796 1.2826 Superheated 0.01626 0.012339145 250 4.8308 0.2070 112.21 0.2108 0.2769 1.2698 Superheated 0.01633 0.012458150 250 4.7449 0.2108 113.59 0.2130 0.2747 1.2584 Superheated 0.01641 0.012583
44
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=275 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 275 82.3075 0.0121 -2.72 -0.0080 0.2959 1.5164 Subcooled 0.36159 0.053724-45 275 81.7728 0.0122 -1.24 -0.0044 0.2971 1.5165 Subcooled 0.34501 0.053010-40 275 81.2337 0.0123 0.25 -0.0008 0.2984 1.5169 Subcooled 0.32946 0.052304-35 275 80.6896 0.0124 1.75 0.0028 0.2998 1.5175 Subcooled 0.31486 0.051605-30 275 80.1402 0.0125 3.25 0.0063 0.3012 1.5184 Subcooled 0.30115 0.050912-25 275 79.5851 0.0126 4.76 0.0098 0.3027 1.5196 Subcooled 0.28825 0.050225-20 275 79.0239 0.0127 6.28 0.0132 0.3043 1.5211 Subcooled 0.27609 0.049545-15 275 78.4561 0.0127 7.80 0.0167 0.3060 1.5229 Subcooled 0.26463 0.048870-10 275 77.8812 0.0128 9.34 0.0201 0.3077 1.5250 Subcooled 0.25381 0.048202-5 275 77.2988 0.0129 10.88 0.0235 0.3095 1.5274 Subcooled 0.24358 0.0475390 275 76.7082 0.0130 12.43 0.0269 0.3115 1.5301 Subcooled 0.23389 0.0468825 275 76.1088 0.0131 14.00 0.0303 0.3135 1.5331 Subcooled 0.22470 0.046230
10 275 75.4999 0.0132 15.57 0.0337 0.3156 1.5366 Subcooled 0.21598 0.04558315 275 74.8809 0.0134 17.15 0.0370 0.3178 1.5405 Subcooled 0.20769 0.04494120 275 74.2508 0.0135 18.75 0.0404 0.3201 1.5448 Subcooled 0.19980 0.04430325 275 73.6088 0.0136 20.35 0.0437 0.3226 1.5497 Subcooled 0.19227 0.04367030 275 72.9540 0.0137 21.97 0.0470 0.3252 1.5551 Subcooled 0.18508 0.04304135 275 72.2850 0.0138 23.60 0.0503 0.3280 1.5611 Subcooled 0.17820 0.04241640 275 71.6007 0.0140 25.25 0.0537 0.3310 1.5679 Subcooled 0.17161 0.04179345 275 70.8997 0.0141 26.91 0.0570 0.3341 1.5754 Subcooled 0.16527 0.04117450 275 70.1802 0.0142 28.59 0.0603 0.3376 1.5839 Subcooled 0.15918 0.04055755 275 69.4403 0.0144 30.29 0.0636 0.3413 1.5934 Subcooled 0.15330 0.03994260 275 68.6778 0.0146 32.01 0.0669 0.3453 1.6042 Subcooled 0.14763 0.03932865 275 67.8901 0.0147 33.74 0.0702 0.3497 1.6164 Subcooled 0.14212 0.03871470 275 67.0740 0.0149 35.50 0.0736 0.3545 1.6303 Subcooled 0.13678 0.03810075 275 66.2259 0.0151 37.29 0.0769 0.3599 1.6462 Subcooled 0.13157 0.03748480 275 65.3411 0.0153 39.11 0.0803 0.3660 1.6646 Subcooled 0.12648 0.03686685 275 64.4139 0.0155 40.95 0.0837 0.3729 1.6862 Subcooled 0.12149 0.03624490 275 63.4371 0.0158 42.84 0.0872 0.3809 1.7117 Subcooled 0.11656 0.03561695 275 62.4012 0.0160 44.76 0.0907 0.3902 1.7425 Subcooled 0.11168 0.034980
100 275 61.2932 0.0163 46.74 0.0942 0.4016 1.7805 Subcooled 0.10682 0.034333105 275 60.0952 0.0166 48.78 0.0978 0.4157 1.8287 Subcooled 0.10192 0.033673110 275 6.5876 0.1518 100.17 0.1888 0.3455 1.5310 Superheated 0.01623 0.012323115 275 6.3766 0.1568 101.85 0.1918 0.3305 1.4752 Superheated 0.01626 0.012299120 275 6.1909 0.1615 103.48 0.1946 0.3192 1.4321 Superheated 0.01629 0.012312125 275 6.0251 0.1660 105.05 0.1973 0.3102 1.3975 Superheated 0.01634 0.012352130 275 5.8750 0.1702 106.58 0.1999 0.3031 1.3691 Superheated 0.01639 0.012412135 275 5.7381 0.1743 108.08 0.2024 0.2972 1.3454 Superheated 0.01645 0.012488140 275 5.6120 0.1782 109.56 0.2049 0.2924 1.3251 Superheated 0.01651 0.012577145 275 5.4953 0.1820 111.01 0.2073 0.2883 1.3075 Superheated 0.01658 0.012676150 275 5.3866 0.1856 112.44 0.2096 0.2849 1.2922 Superheated 0.01665 0.012783
45
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=300 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 300 82.3389 0.0121 -2.69 -0.0080 0.2957 1.5157 Subcooled 0.36236 0.053769-45 300 81.8055 0.0122 -1.21 -0.0044 0.2970 1.5158 Subcooled 0.34575 0.053057-40 300 81.2676 0.0123 0.28 -0.0009 0.2983 1.5161 Subcooled 0.33019 0.052352-35 300 80.7248 0.0124 1.77 0.0027 0.2996 1.5167 Subcooled 0.31557 0.051653-30 300 80.1768 0.0125 3.27 0.0062 0.3011 1.5176 Subcooled 0.30184 0.050961-25 300 79.6233 0.0126 4.78 0.0097 0.3026 1.5188 Subcooled 0.28892 0.050276-20 300 79.0636 0.0126 6.30 0.0132 0.3041 1.5202 Subcooled 0.27676 0.049596-15 300 78.4975 0.0127 7.82 0.0166 0.3058 1.5219 Subcooled 0.26528 0.048923-10 300 77.9245 0.0128 9.36 0.0200 0.3075 1.5239 Subcooled 0.25445 0.048256-5 300 77.3440 0.0129 10.90 0.0234 0.3093 1.5263 Subcooled 0.24420 0.0475950 300 76.7555 0.0130 12.45 0.0268 0.3112 1.5289 Subcooled 0.23450 0.0469395 300 76.1583 0.0131 14.01 0.0302 0.3132 1.5319 Subcooled 0.22531 0.046288
10 300 75.5519 0.0132 15.58 0.0336 0.3153 1.5353 Subcooled 0.21658 0.04564315 300 74.9355 0.0133 17.16 0.0369 0.3174 1.5390 Subcooled 0.20829 0.04500220 300 74.3083 0.0135 18.76 0.0403 0.3198 1.5433 Subcooled 0.20039 0.04436725 300 73.6694 0.0136 20.36 0.0436 0.3222 1.5480 Subcooled 0.19286 0.04373530 300 73.0179 0.0137 21.98 0.0469 0.3248 1.5532 Subcooled 0.18567 0.04310835 300 72.3527 0.0138 23.61 0.0502 0.3275 1.5591 Subcooled 0.17879 0.04248540 300 71.6725 0.0140 25.25 0.0535 0.3304 1.5656 Subcooled 0.17219 0.04186545 300 70.9760 0.0141 26.91 0.0568 0.3335 1.5730 Subcooled 0.16586 0.04124850 300 70.2616 0.0142 28.59 0.0601 0.3369 1.5812 Subcooled 0.15977 0.04063455 300 69.5273 0.0144 30.28 0.0634 0.3405 1.5904 Subcooled 0.15390 0.04002160 300 68.7712 0.0145 32.00 0.0668 0.3444 1.6007 Subcooled 0.14823 0.03941065 300 67.9908 0.0147 33.73 0.0701 0.3487 1.6125 Subcooled 0.14274 0.03880070 300 67.1830 0.0149 35.48 0.0734 0.3534 1.6258 Subcooled 0.13741 0.03819075 300 66.3445 0.0151 37.26 0.0768 0.3586 1.6410 Subcooled 0.13221 0.03757880 300 65.4709 0.0153 39.07 0.0801 0.3645 1.6586 Subcooled 0.12714 0.03696585 300 64.5570 0.0155 40.91 0.0835 0.3711 1.6790 Subcooled 0.12217 0.03634890 300 63.5961 0.0157 42.78 0.0869 0.3786 1.7031 Subcooled 0.11728 0.03572695 300 62.5797 0.0160 44.70 0.0904 0.3875 1.7319 Subcooled 0.11244 0.035097
100 300 61.4964 0.0163 46.66 0.0939 0.3981 1.7670 Subcooled 0.10762 0.034459105 300 60.3304 0.0166 48.68 0.0975 0.4110 1.8111 Subcooled 0.10279 0.033809110 300 59.0587 0.0169 50.78 0.1012 0.4276 1.8682 Subcooled 0.09789 0.033144115 300 7.4287 0.1346 99.83 0.1871 0.3748 1.6278 Superheated 0.01669 0.012927120 300 7.1568 0.1397 101.65 0.1902 0.3532 1.5485 Superheated 0.01669 0.012830125 300 6.9232 0.1444 103.37 0.1932 0.3374 1.4902 Superheated 0.01670 0.012792130 300 6.7182 0.1488 105.03 0.1960 0.3255 1.4451 Superheated 0.01673 0.012793135 300 6.5354 0.1530 106.63 0.1987 0.3161 1.4091 Superheated 0.01677 0.012823140 300 6.3703 0.1570 108.19 0.2013 0.3086 1.3795 Superheated 0.01681 0.012875145 300 6.2197 0.1608 109.72 0.2038 0.3024 1.3548 Superheated 0.01686 0.012944150 300 6.0814 0.1644 111.22 0.2063 0.2973 1.3337 Superheated 0.01691 0.013027
46
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=325 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 325 82.3702 0.0121 -2.67 -0.0081 0.2956 1.5150 Subcooled 0.36312 0.053814-45 325 81.8380 0.0122 -1.19 -0.0045 0.2968 1.5150 Subcooled 0.34650 0.053103-40 325 81.3013 0.0123 0.30 -0.0009 0.2981 1.5154 Subcooled 0.33091 0.052399-35 325 80.7599 0.0124 1.80 0.0026 0.2995 1.5159 Subcooled 0.31628 0.051701-30 325 80.2133 0.0125 3.30 0.0061 0.3009 1.5168 Subcooled 0.30253 0.051011-25 325 79.6612 0.0126 4.81 0.0096 0.3024 1.5179 Subcooled 0.28960 0.050326-20 325 79.1032 0.0126 6.32 0.0131 0.3040 1.5193 Subcooled 0.27742 0.049648-15 325 78.5388 0.0127 7.84 0.0165 0.3056 1.5210 Subcooled 0.26593 0.048976-10 325 77.9675 0.0128 9.38 0.0199 0.3073 1.5229 Subcooled 0.25508 0.048310-5 325 77.3889 0.0129 10.92 0.0234 0.3091 1.5252 Subcooled 0.24483 0.0476500 325 76.8025 0.0130 12.47 0.0267 0.3109 1.5277 Subcooled 0.23512 0.0469965 325 76.2075 0.0131 14.03 0.0301 0.3129 1.5307 Subcooled 0.22592 0.046346
10 325 75.6035 0.0132 15.60 0.0335 0.3150 1.5339 Subcooled 0.21719 0.04570315 325 74.9897 0.0133 17.18 0.0368 0.3171 1.5376 Subcooled 0.20888 0.04506420 325 74.3653 0.0134 18.77 0.0402 0.3194 1.5417 Subcooled 0.20098 0.04443025 325 73.7295 0.0136 20.37 0.0435 0.3218 1.5463 Subcooled 0.19344 0.04380030 325 73.0813 0.0137 21.99 0.0468 0.3243 1.5514 Subcooled 0.18625 0.04317535 325 72.4198 0.0138 23.62 0.0501 0.3270 1.5571 Subcooled 0.17937 0.04255440 325 71.7436 0.0139 25.26 0.0534 0.3299 1.5635 Subcooled 0.17277 0.04193645 325 71.0515 0.0141 26.91 0.0567 0.3330 1.5705 Subcooled 0.16644 0.04132150 325 70.3420 0.0142 28.59 0.0600 0.3362 1.5785 Subcooled 0.16036 0.04070955 325 69.6133 0.0144 30.28 0.0633 0.3398 1.5874 Subcooled 0.15449 0.04010060 325 68.8634 0.0145 31.99 0.0666 0.3436 1.5974 Subcooled 0.14883 0.03949265 325 68.0899 0.0147 33.71 0.0699 0.3478 1.6087 Subcooled 0.14334 0.03888570 325 67.2902 0.0149 35.46 0.0732 0.3523 1.6215 Subcooled 0.13803 0.03827875 325 66.4608 0.0150 37.24 0.0766 0.3574 1.6360 Subcooled 0.13285 0.03767180 325 65.5979 0.0152 39.04 0.0799 0.3630 1.6528 Subcooled 0.12780 0.03706285 325 64.6967 0.0155 40.87 0.0833 0.3693 1.6722 Subcooled 0.12285 0.03645190 325 63.7509 0.0157 42.73 0.0867 0.3765 1.6949 Subcooled 0.11798 0.03583595 325 62.7529 0.0159 44.64 0.0902 0.3849 1.7219 Subcooled 0.11318 0.035213
100 325 61.6924 0.0162 46.58 0.0937 0.3948 1.7546 Subcooled 0.10841 0.034583105 325 60.5557 0.0165 48.59 0.0972 0.4068 1.7950 Subcooled 0.10363 0.033942110 325 59.3231 0.0169 50.66 0.1009 0.4218 1.8466 Subcooled 0.09882 0.033288115 325 57.9647 0.0173 52.81 0.1046 0.4416 1.9155 Subcooled 0.09389 0.032616120 325 8.3329 0.1200 99.46 0.1854 0.4111 1.7493 Superheated 0.01721 0.013614125 325 7.9819 0.1253 101.43 0.1888 0.3795 1.6352 Superheated 0.01716 0.013417130 325 7.6893 0.1301 103.27 0.1919 0.3578 1.5561 Superheated 0.01714 0.013310135 325 7.4376 0.1345 105.01 0.1949 0.3420 1.4976 Superheated 0.01714 0.013263140 325 7.2166 0.1386 106.69 0.1977 0.3299 1.4523 Superheated 0.01716 0.013257145 325 7.0194 0.1425 108.32 0.2004 0.3204 1.4159 Superheated 0.01718 0.013281150 325 6.8413 0.1462 109.90 0.2030 0.3128 1.3860 Superheated 0.01722 0.013328
47
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=350 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 350 82.4014 0.0121 -2.64 -0.0082 0.2955 1.5143 Subcooled 0.36389 0.053859-45 350 81.8704 0.0122 -1.16 -0.0046 0.2967 1.5143 Subcooled 0.34724 0.053149-40 350 81.3349 0.0123 0.33 -0.0010 0.2980 1.5146 Subcooled 0.33164 0.052446-35 350 80.7948 0.0124 1.82 0.0025 0.2993 1.5151 Subcooled 0.31699 0.051750-30 350 80.2496 0.0125 3.32 0.0060 0.3007 1.5160 Subcooled 0.30322 0.051060-25 350 79.6990 0.0125 4.83 0.0095 0.3022 1.5170 Subcooled 0.29027 0.050377-20 350 79.1425 0.0126 6.34 0.0130 0.3038 1.5184 Subcooled 0.27808 0.049700-15 350 78.5798 0.0127 7.87 0.0164 0.3054 1.5200 Subcooled 0.26658 0.049029-10 350 78.0103 0.0128 9.40 0.0199 0.3071 1.5219 Subcooled 0.25572 0.048364-5 350 77.4336 0.0129 10.94 0.0233 0.3088 1.5241 Subcooled 0.24545 0.0477050 350 76.8492 0.0130 12.49 0.0266 0.3107 1.5266 Subcooled 0.23574 0.0470525 350 76.2564 0.0131 14.04 0.0300 0.3126 1.5294 Subcooled 0.22653 0.046404
10 350 75.6548 0.0132 15.61 0.0334 0.3147 1.5326 Subcooled 0.21778 0.04576215 350 75.0435 0.0133 17.19 0.0367 0.3168 1.5362 Subcooled 0.20948 0.04512520 350 74.4219 0.0134 18.78 0.0401 0.3190 1.5402 Subcooled 0.20157 0.04449225 350 73.7891 0.0136 20.38 0.0434 0.3214 1.5446 Subcooled 0.19403 0.04386530 350 73.1442 0.0137 21.99 0.0467 0.3239 1.5496 Subcooled 0.18683 0.04324135 350 72.4862 0.0138 23.62 0.0500 0.3266 1.5551 Subcooled 0.17995 0.04262240 350 71.8140 0.0139 25.26 0.0533 0.3294 1.5613 Subcooled 0.17335 0.04200645 350 71.1262 0.0141 26.91 0.0566 0.3324 1.5682 Subcooled 0.16702 0.04139450 350 70.4215 0.0142 28.58 0.0599 0.3356 1.5759 Subcooled 0.16094 0.04078555 350 69.6982 0.0143 30.27 0.0632 0.3391 1.5845 Subcooled 0.15508 0.04017860 350 68.9543 0.0145 31.98 0.0665 0.3428 1.5941 Subcooled 0.14942 0.03957365 350 68.1876 0.0147 33.70 0.0698 0.3468 1.6050 Subcooled 0.14395 0.03896970 350 67.3956 0.0148 35.45 0.0731 0.3513 1.6173 Subcooled 0.13864 0.03836675 350 66.5751 0.0150 37.21 0.0764 0.3562 1.6313 Subcooled 0.13348 0.03776380 350 65.7225 0.0152 39.01 0.0797 0.3616 1.6472 Subcooled 0.12844 0.03715885 350 64.8332 0.0154 40.83 0.0831 0.3676 1.6657 Subcooled 0.12352 0.03655290 350 63.9017 0.0156 42.69 0.0865 0.3745 1.6872 Subcooled 0.11868 0.03594295 350 62.9210 0.0159 44.58 0.0899 0.3825 1.7126 Subcooled 0.11391 0.035326
100 350 61.8818 0.0162 46.51 0.0934 0.3918 1.7430 Subcooled 0.10917 0.034704105 350 60.7720 0.0165 48.50 0.0969 0.4029 1.7802 Subcooled 0.10446 0.034072110 350 59.5746 0.0168 50.55 0.1005 0.4167 1.8271 Subcooled 0.09971 0.033428115 350 58.2646 0.0172 52.67 0.1042 0.4344 1.8883 Subcooled 0.09488 0.032769120 350 56.8028 0.0176 54.90 0.1081 0.4584 1.9729 Subcooled 0.08990 0.032091125 350 9.3087 0.1074 99.04 0.1838 0.4567 1.9042 Superheated 0.01778 0.014397130 350 8.8544 0.1129 101.20 0.1874 0.4101 1.7375 Superheated 0.01767 0.014060135 350 8.4890 0.1178 103.17 0.1908 0.3805 1.6305 Superheated 0.01761 0.013868140 350 8.1821 0.1222 105.02 0.1939 0.3598 1.5550 Superheated 0.01758 0.013762145 350 7.9172 0.1263 106.77 0.1968 0.3445 1.4984 Superheated 0.01757 0.013713150 350 7.6838 0.1301 108.47 0.1996 0.3327 1.4541 Superheated 0.01757 0.013704
48
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=375 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 375 82.4325 0.0121 -2.61 -0.0082 0.2954 1.5136 Subcooled 0.36465 0.053905-45 375 81.9026 0.0122 -1.13 -0.0047 0.2966 1.5136 Subcooled 0.34799 0.053195-40 375 81.3684 0.0123 0.35 -0.0011 0.2979 1.5139 Subcooled 0.33236 0.052493-35 375 80.8296 0.0124 1.85 0.0024 0.2992 1.5144 Subcooled 0.31769 0.051798-30 375 80.2858 0.0125 3.34 0.0060 0.3006 1.5151 Subcooled 0.30391 0.051109-25 375 79.7366 0.0125 4.85 0.0094 0.3021 1.5162 Subcooled 0.29095 0.050427-20 375 79.1817 0.0126 6.37 0.0129 0.3036 1.5175 Subcooled 0.27874 0.049751-15 375 78.6206 0.0127 7.89 0.0163 0.3052 1.5190 Subcooled 0.26722 0.049081-10 375 78.0528 0.0128 9.42 0.0198 0.3069 1.5209 Subcooled 0.25635 0.048418-5 375 77.4780 0.0129 10.96 0.0232 0.3086 1.5230 Subcooled 0.24608 0.0477600 375 76.8956 0.0130 12.50 0.0266 0.3104 1.5255 Subcooled 0.23635 0.0471095 375 76.3050 0.0131 14.06 0.0299 0.3124 1.5282 Subcooled 0.22713 0.046462
10 375 75.7057 0.0132 15.63 0.0333 0.3144 1.5313 Subcooled 0.21838 0.04582115 375 75.0969 0.0133 17.20 0.0366 0.3165 1.5348 Subcooled 0.21007 0.04518620 375 74.4780 0.0134 18.79 0.0399 0.3187 1.5387 Subcooled 0.20215 0.04455525 375 73.8482 0.0135 20.39 0.0433 0.3210 1.5430 Subcooled 0.19461 0.04392930 375 73.2065 0.0137 22.00 0.0466 0.3235 1.5478 Subcooled 0.18741 0.04330735 375 72.5520 0.0138 23.63 0.0499 0.3261 1.5532 Subcooled 0.18052 0.04269040 375 71.8836 0.0139 25.26 0.0532 0.3289 1.5592 Subcooled 0.17393 0.04207745 375 71.2001 0.0140 26.92 0.0565 0.3318 1.5659 Subcooled 0.16760 0.04146750 375 70.5001 0.0142 28.58 0.0597 0.3350 1.5733 Subcooled 0.16152 0.04086055 375 69.7820 0.0143 30.27 0.0630 0.3384 1.5816 Subcooled 0.15566 0.04025560 375 69.0439 0.0145 31.97 0.0663 0.3420 1.5910 Subcooled 0.15001 0.03965365 375 68.2839 0.0146 33.69 0.0696 0.3460 1.6014 Subcooled 0.14455 0.03905370 375 67.4993 0.0148 35.43 0.0729 0.3503 1.6132 Subcooled 0.13925 0.03845375 375 66.6873 0.0150 37.19 0.0762 0.3550 1.6266 Subcooled 0.13410 0.03785480 375 65.8446 0.0152 38.98 0.0796 0.3602 1.6419 Subcooled 0.12908 0.03725385 375 64.9668 0.0154 40.79 0.0829 0.3661 1.6595 Subcooled 0.12417 0.03665290 375 64.0489 0.0156 42.64 0.0863 0.3727 1.6798 Subcooled 0.11936 0.03604795 375 63.0844 0.0159 44.52 0.0897 0.3802 1.7037 Subcooled 0.11462 0.035438
100 375 62.0651 0.0161 46.44 0.0931 0.3890 1.7322 Subcooled 0.10993 0.034822105 375 60.9802 0.0164 48.41 0.0966 0.3994 1.7667 Subcooled 0.10526 0.034199110 375 59.8148 0.0167 50.44 0.1002 0.4121 1.8095 Subcooled 0.10057 0.033565115 375 58.5478 0.0171 52.54 0.1039 0.4280 1.8644 Subcooled 0.09583 0.032917120 375 57.1470 0.0175 54.73 0.1077 0.4491 1.9381 Subcooled 0.09098 0.032253125 375 55.5591 0.0180 57.05 0.1117 0.4791 2.0443 Subcooled 0.08590 0.031570130 375 10.3655 0.0965 98.58 0.1822 0.5153 2.1050 Superheated 0.01842 0.015291135 375 9.7752 0.1023 100.96 0.1862 0.4458 1.8579 Superheated 0.01823 0.014762140 375 9.3210 0.1073 103.08 0.1898 0.4054 1.7134 Superheated 0.01811 0.014461145 375 8.9496 0.1117 105.04 0.1930 0.3787 1.6169 Superheated 0.01804 0.014285150 375 8.6347 0.1158 106.88 0.1960 0.3596 1.5470 Superheated 0.01800 0.014187
49
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=400 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 400 82.4635 0.0121 -2.59 -0.0083 0.2953 1.5130 Subcooled 0.36542 0.053950-45 400 81.9348 0.0122 -1.11 -0.0047 0.2965 1.5129 Subcooled 0.34873 0.053241-40 400 81.4018 0.0123 0.38 -0.0012 0.2977 1.5131 Subcooled 0.33308 0.052540-35 400 80.8642 0.0124 1.87 0.0024 0.2990 1.5136 Subcooled 0.31840 0.051846-30 400 80.3217 0.0124 3.37 0.0059 0.3004 1.5143 Subcooled 0.30460 0.051158-25 400 79.7740 0.0125 4.87 0.0094 0.3019 1.5153 Subcooled 0.29162 0.050477-20 400 79.2206 0.0126 6.39 0.0128 0.3034 1.5166 Subcooled 0.27940 0.049802-15 400 78.6611 0.0127 7.91 0.0163 0.3050 1.5181 Subcooled 0.26787 0.049134-10 400 78.0951 0.0128 9.44 0.0197 0.3067 1.5199 Subcooled 0.25699 0.048472-5 400 77.5222 0.0129 10.98 0.0231 0.3084 1.5220 Subcooled 0.24670 0.0478150 400 76.9418 0.0130 12.52 0.0265 0.3102 1.5243 Subcooled 0.23696 0.0471655 400 76.3533 0.0131 14.08 0.0298 0.3121 1.5270 Subcooled 0.22773 0.046520
10 400 75.7563 0.0132 15.64 0.0332 0.3141 1.5300 Subcooled 0.21898 0.04588015 400 75.1500 0.0133 17.22 0.0365 0.3162 1.5334 Subcooled 0.21066 0.04524620 400 74.5337 0.0134 18.80 0.0398 0.3184 1.5372 Subcooled 0.20274 0.04461725 400 73.9068 0.0135 20.40 0.0432 0.3207 1.5414 Subcooled 0.19519 0.04399330 400 73.2682 0.0136 22.01 0.0465 0.3231 1.5461 Subcooled 0.18799 0.04337335 400 72.6172 0.0138 23.63 0.0498 0.3257 1.5513 Subcooled 0.18110 0.04275840 400 71.9526 0.0139 25.27 0.0530 0.3284 1.5571 Subcooled 0.17450 0.04214645 400 71.2733 0.0140 26.92 0.0563 0.3313 1.5636 Subcooled 0.16818 0.04153850 400 70.5778 0.0142 28.58 0.0596 0.3344 1.5708 Subcooled 0.16210 0.04093455 400 69.8648 0.0143 30.26 0.0629 0.3377 1.5789 Subcooled 0.15625 0.04033260 400 69.1324 0.0145 31.96 0.0662 0.3413 1.5879 Subcooled 0.15060 0.03973365 400 68.3787 0.0146 33.67 0.0695 0.3451 1.5980 Subcooled 0.14514 0.03913570 400 67.6014 0.0148 35.41 0.0728 0.3493 1.6093 Subcooled 0.13985 0.03853975 400 66.7977 0.0150 37.17 0.0761 0.3539 1.6222 Subcooled 0.13471 0.03794380 400 65.9643 0.0152 38.95 0.0794 0.3589 1.6368 Subcooled 0.12971 0.03734785 400 65.0975 0.0154 40.76 0.0827 0.3646 1.6535 Subcooled 0.12482 0.03675090 400 64.1925 0.0156 42.60 0.0861 0.3709 1.6729 Subcooled 0.12003 0.03615095 400 63.2434 0.0158 44.47 0.0895 0.3781 1.6954 Subcooled 0.11532 0.035547
100 400 62.2428 0.0161 46.38 0.0929 0.3864 1.7221 Subcooled 0.11066 0.034939105 400 61.1809 0.0163 48.33 0.0964 0.3961 1.7541 Subcooled 0.10604 0.034323110 400 60.0448 0.0167 50.34 0.0999 0.4079 1.7934 Subcooled 0.10141 0.033698115 400 58.8164 0.0170 52.42 0.1035 0.4224 1.8430 Subcooled 0.09675 0.033061120 400 57.4689 0.0174 54.57 0.1073 0.4412 1.9081 Subcooled 0.09200 0.032410125 400 55.9599 0.0179 56.84 0.1112 0.4668 1.9985 Subcooled 0.08707 0.031741130 400 54.2147 0.0184 59.26 0.1153 0.5054 2.1360 Subcooled 0.08184 0.031055135 400 11.5129 0.0869 98.07 0.1806 0.5917 2.3690 Superheated 0.01914 0.016312140 400 10.7434 0.0931 100.73 0.1851 0.4868 1.9976 Superheated 0.01883 0.015518145 400 10.1820 0.0982 103.02 0.1889 0.4324 1.8041 Superheated 0.01864 0.015086150 400 9.7365 0.1027 105.09 0.1923 0.3985 1.6823 Superheated 0.01852 0.014829
50
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=450 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 450 82.5251 0.0121 -2.53 -0.0085 0.2950 1.5116 Subcooled 0.36694 0.054039-45 450 81.9986 0.0122 -1.05 -0.0049 0.2962 1.5115 Subcooled 0.35021 0.053333-40 450 81.4680 0.0123 0.43 -0.0013 0.2974 1.5116 Subcooled 0.33453 0.052634-35 450 80.9330 0.0124 1.92 0.0022 0.2988 1.5121 Subcooled 0.31981 0.051941-30 450 80.3932 0.0124 3.42 0.0057 0.3001 1.5127 Subcooled 0.30598 0.051256-25 450 79.8483 0.0125 4.92 0.0092 0.3016 1.5137 Subcooled 0.29296 0.050577-20 450 79.2979 0.0126 6.43 0.0127 0.3030 1.5148 Subcooled 0.28071 0.049904-15 450 78.7417 0.0127 7.95 0.0161 0.3046 1.5163 Subcooled 0.26916 0.049238-10 450 78.1791 0.0128 9.48 0.0195 0.3062 1.5179 Subcooled 0.25825 0.048578-5 450 77.6098 0.0129 11.01 0.0229 0.3079 1.5199 Subcooled 0.24794 0.0479250 450 77.0332 0.0130 12.56 0.0263 0.3097 1.5221 Subcooled 0.23818 0.0472775 450 76.4490 0.0131 14.11 0.0296 0.3116 1.5247 Subcooled 0.22894 0.046634
10 450 75.8564 0.0132 15.67 0.0330 0.3135 1.5275 Subcooled 0.22017 0.04599815 450 75.2549 0.0133 17.25 0.0363 0.3156 1.5307 Subcooled 0.21183 0.04536720 450 74.6439 0.0134 18.83 0.0396 0.3177 1.5343 Subcooled 0.20390 0.04474125 450 74.0226 0.0135 20.42 0.0429 0.3199 1.5383 Subcooled 0.19634 0.04412030 450 73.3902 0.0136 22.03 0.0462 0.3223 1.5427 Subcooled 0.18913 0.04350335 450 72.7459 0.0137 23.65 0.0495 0.3248 1.5477 Subcooled 0.18224 0.04289240 450 72.0886 0.0139 25.28 0.0528 0.3274 1.5531 Subcooled 0.17565 0.04228445 450 71.4173 0.0140 26.92 0.0561 0.3302 1.5592 Subcooled 0.16932 0.04168150 450 70.7307 0.0141 28.58 0.0594 0.3332 1.5660 Subcooled 0.16324 0.04108155 450 70.0274 0.0143 30.25 0.0626 0.3364 1.5735 Subcooled 0.15740 0.04048460 450 69.3060 0.0144 31.94 0.0659 0.3398 1.5819 Subcooled 0.15176 0.03989065 450 68.5645 0.0146 33.65 0.0692 0.3435 1.5913 Subcooled 0.14632 0.03929970 450 67.8009 0.0147 35.38 0.0724 0.3474 1.6019 Subcooled 0.14104 0.03870975 450 67.0128 0.0149 37.13 0.0757 0.3517 1.6137 Subcooled 0.13593 0.03812080 450 66.1973 0.0151 38.90 0.0790 0.3565 1.6271 Subcooled 0.13095 0.03753285 450 65.3511 0.0153 40.69 0.0823 0.3617 1.6424 Subcooled 0.12610 0.03694390 450 64.4701 0.0155 42.52 0.0857 0.3675 1.6598 Subcooled 0.12135 0.03635395 450 63.5494 0.0157 44.37 0.0890 0.3741 1.6800 Subcooled 0.11669 0.035761
100 450 62.5828 0.0160 46.26 0.0924 0.3816 1.7036 Subcooled 0.11210 0.035165105 450 61.5624 0.0162 48.19 0.0958 0.3902 1.7315 Subcooled 0.10755 0.034564110 450 60.4782 0.0165 50.16 0.0993 0.4004 1.7650 Subcooled 0.10302 0.033956115 450 59.3163 0.0169 52.20 0.1029 0.4127 1.8063 Subcooled 0.09849 0.033338120 450 58.0578 0.0172 54.30 0.1065 0.4280 1.8585 Subcooled 0.09391 0.032709125 450 56.6744 0.0176 56.48 0.1103 0.4478 1.9271 Subcooled 0.08923 0.032067130 450 55.1212 0.0181 58.79 0.1142 0.4749 2.0227 Subcooled 0.08437 0.031408135 450 53.3190 0.0188 61.25 0.1184 0.5158 2.1684 Subcooled 0.07919 0.030737140 450 51.1001 0.0196 63.99 0.1229 0.5889 2.4314 Subcooled 0.07340 0.030080145 450 14.0974 0.0709 96.95 0.1775 0.8212 3.1659 Superheated 0.02087 0.018752150 450 12.7960 0.0781 100.34 0.1831 0.5824 2.3264 Superheated 0.02017 0.017144
51
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=500 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 500 82.5863 0.0121 -2.48 -0.0086 0.2948 1.5102 Subcooled 0.36847 0.054129-45 500 82.0620 0.0122 -1.00 -0.0050 0.2960 1.5101 Subcooled 0.35169 0.053424-40 500 81.5338 0.0123 0.48 -0.0015 0.2972 1.5102 Subcooled 0.33597 0.052727-35 500 81.0013 0.0123 1.97 0.0021 0.2985 1.5106 Subcooled 0.32121 0.052037-30 500 80.4641 0.0124 3.47 0.0056 0.2998 1.5112 Subcooled 0.30735 0.051353-25 500 79.9220 0.0125 4.97 0.0090 0.3012 1.5120 Subcooled 0.29430 0.050676-20 500 79.3745 0.0126 6.48 0.0125 0.3027 1.5131 Subcooled 0.28202 0.050006-15 500 78.8214 0.0127 8.00 0.0159 0.3042 1.5144 Subcooled 0.27044 0.049342-10 500 78.2621 0.0128 9.52 0.0193 0.3058 1.5160 Subcooled 0.25951 0.048684-5 500 77.6964 0.0129 11.05 0.0227 0.3075 1.5179 Subcooled 0.24918 0.0480330 500 77.1236 0.0130 12.60 0.0261 0.3093 1.5200 Subcooled 0.23940 0.0473885 500 76.5434 0.0131 14.15 0.0295 0.3111 1.5224 Subcooled 0.23014 0.046748
10 500 75.9552 0.0132 15.71 0.0328 0.3130 1.5251 Subcooled 0.22135 0.04611415 500 75.3584 0.0133 17.28 0.0361 0.3150 1.5281 Subcooled 0.21300 0.04548620 500 74.7525 0.0134 18.86 0.0394 0.3171 1.5315 Subcooled 0.20506 0.04486325 500 74.1366 0.0135 20.45 0.0427 0.3192 1.5353 Subcooled 0.19749 0.04424530 500 73.5102 0.0136 22.05 0.0460 0.3215 1.5395 Subcooled 0.19027 0.04363335 500 72.8723 0.0137 23.66 0.0493 0.3240 1.5441 Subcooled 0.18338 0.04302440 500 72.2220 0.0138 25.29 0.0526 0.3265 1.5493 Subcooled 0.17678 0.04242145 500 71.5584 0.0140 26.93 0.0558 0.3292 1.5550 Subcooled 0.17045 0.04182150 500 70.8802 0.0141 28.58 0.0591 0.3321 1.5614 Subcooled 0.16438 0.04122655 500 70.1863 0.0142 30.25 0.0624 0.3351 1.5684 Subcooled 0.15854 0.04063460 500 69.4752 0.0144 31.93 0.0656 0.3384 1.5763 Subcooled 0.15291 0.04004565 500 68.7453 0.0145 33.63 0.0689 0.3419 1.5851 Subcooled 0.14747 0.03945970 500 67.9946 0.0147 35.35 0.0721 0.3457 1.5948 Subcooled 0.14222 0.03887575 500 67.2211 0.0149 37.09 0.0754 0.3498 1.6058 Subcooled 0.13712 0.03829380 500 66.4222 0.0151 38.85 0.0787 0.3542 1.6181 Subcooled 0.13217 0.03771285 500 65.5950 0.0152 40.63 0.0820 0.3591 1.6321 Subcooled 0.12735 0.03713190 500 64.7359 0.0154 42.44 0.0853 0.3645 1.6479 Subcooled 0.12263 0.03655095 500 63.8408 0.0157 44.28 0.0886 0.3705 1.6661 Subcooled 0.11802 0.035968
100 500 62.9045 0.0159 46.15 0.0919 0.3773 1.6871 Subcooled 0.11348 0.035384105 500 61.9206 0.0161 48.06 0.0953 0.3851 1.7116 Subcooled 0.10900 0.034795110 500 60.8810 0.0164 50.00 0.0988 0.3941 1.7407 Subcooled 0.10456 0.034202115 500 59.7750 0.0167 52.00 0.1023 0.4047 1.7757 Subcooled 0.10013 0.033602120 500 58.5884 0.0171 54.05 0.1058 0.4175 1.8188 Subcooled 0.09569 0.032993125 500 57.3013 0.0175 56.18 0.1095 0.4334 1.8732 Subcooled 0.09119 0.032373130 500 55.8844 0.0179 58.39 0.1132 0.4540 1.9449 Subcooled 0.08659 0.031741135 500 54.2913 0.0184 60.73 0.1172 0.4824 2.0445 Subcooled 0.08179 0.031094140 500 52.4407 0.0191 63.24 0.1214 0.5250 2.1959 Subcooled 0.07668 0.030440145 500 50.1629 0.0199 66.03 0.1260 0.6002 2.4655 Subcooled 0.07096 0.029807150 500 46.9622 0.0213 69.42 0.1316 0.7939 3.1650 Subcooled 0.06383 0.029395
52
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=550 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 550 82.6470 0.0121 -2.42 -0.0087 0.2946 1.5089 Subcooled 0.36999 0.054218-45 550 82.1250 0.0122 -0.95 -0.0052 0.2957 1.5087 Subcooled 0.35317 0.053515-40 550 81.5990 0.0123 0.53 -0.0016 0.2969 1.5088 Subcooled 0.33741 0.052820-35 550 81.0689 0.0123 2.02 0.0019 0.2982 1.5091 Subcooled 0.32262 0.052131-30 550 80.5344 0.0124 3.51 0.0054 0.2995 1.5096 Subcooled 0.30872 0.051450-25 550 79.9950 0.0125 5.02 0.0089 0.3009 1.5104 Subcooled 0.29564 0.050775-20 550 79.4504 0.0126 6.52 0.0123 0.3024 1.5114 Subcooled 0.28333 0.050107-15 550 78.9003 0.0127 8.04 0.0158 0.3039 1.5126 Subcooled 0.27172 0.049445-10 550 78.3443 0.0128 9.56 0.0192 0.3054 1.5141 Subcooled 0.26076 0.048790-5 550 77.7820 0.0129 11.09 0.0226 0.3071 1.5159 Subcooled 0.25041 0.0481410 550 77.2130 0.0130 12.63 0.0259 0.3088 1.5179 Subcooled 0.24061 0.0474985 550 76.6368 0.0130 14.18 0.0293 0.3106 1.5201 Subcooled 0.23133 0.046861
10 550 76.0528 0.0131 15.74 0.0326 0.3125 1.5227 Subcooled 0.22253 0.04623015 550 75.4606 0.0133 17.31 0.0359 0.3144 1.5255 Subcooled 0.21416 0.04560420 550 74.8595 0.0134 18.88 0.0392 0.3164 1.5288 Subcooled 0.20621 0.04498525 550 74.2489 0.0135 20.47 0.0425 0.3186 1.5323 Subcooled 0.19863 0.04437030 550 73.6282 0.0136 22.07 0.0458 0.3208 1.5363 Subcooled 0.19141 0.04376035 550 72.9965 0.0137 23.68 0.0491 0.3232 1.5407 Subcooled 0.18450 0.04315640 550 72.3530 0.0138 25.30 0.0523 0.3256 1.5456 Subcooled 0.17790 0.04255645 550 71.6967 0.0139 26.94 0.0556 0.3283 1.5510 Subcooled 0.17157 0.04196050 550 71.0267 0.0141 28.58 0.0588 0.3310 1.5569 Subcooled 0.16550 0.04136955 550 70.3417 0.0142 30.25 0.0621 0.3340 1.5636 Subcooled 0.15966 0.04078260 550 69.6404 0.0144 31.92 0.0653 0.3371 1.5709 Subcooled 0.15404 0.04019865 550 68.9214 0.0145 33.62 0.0686 0.3404 1.5791 Subcooled 0.14862 0.03961770 550 68.1829 0.0147 35.33 0.0718 0.3440 1.5882 Subcooled 0.14337 0.03903975 550 67.4231 0.0148 37.06 0.0751 0.3479 1.5983 Subcooled 0.13830 0.03846380 550 66.6396 0.0150 38.81 0.0783 0.3521 1.6097 Subcooled 0.13336 0.03788985 550 65.8299 0.0152 40.58 0.0816 0.3567 1.6225 Subcooled 0.12857 0.03731590 550 64.9910 0.0154 42.38 0.0849 0.3617 1.6370 Subcooled 0.12389 0.03674395 550 64.1193 0.0156 44.20 0.0882 0.3673 1.6534 Subcooled 0.11931 0.036170
100 550 63.2103 0.0158 46.05 0.0915 0.3735 1.6723 Subcooled 0.11482 0.035596105 550 62.2587 0.0161 47.94 0.0949 0.3805 1.6940 Subcooled 0.11040 0.035019110 550 61.2580 0.0163 49.86 0.0982 0.3886 1.7195 Subcooled 0.10603 0.034439115 550 60.1997 0.0166 51.82 0.1017 0.3978 1.7496 Subcooled 0.10169 0.033854120 550 59.0729 0.0169 53.84 0.1052 0.4088 1.7859 Subcooled 0.09736 0.033263125 550 57.8629 0.0173 55.91 0.1087 0.4221 1.8305 Subcooled 0.09300 0.032663130 550 56.5494 0.0177 58.06 0.1124 0.4385 1.8869 Subcooled 0.08859 0.032053135 550 55.1026 0.0181 60.31 0.1162 0.4599 1.9609 Subcooled 0.08407 0.031432140 550 53.4756 0.0187 62.68 0.1202 0.4890 2.0632 Subcooled 0.07936 0.030800145 550 51.5876 0.0194 65.22 0.1244 0.5324 2.2169 Subcooled 0.07433 0.030163150 550 49.2760 0.0203 68.05 0.1290 0.6070 2.4832 Subcooled 0.06873 0.029552
53
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=600 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 600 82.7073 0.0121 -2.37 -0.0089 0.2943 1.5076 Subcooled 0.37151 0.054307-45 600 82.1874 0.0122 -0.90 -0.0053 0.2955 1.5074 Subcooled 0.35465 0.053606-40 600 81.6638 0.0122 0.58 -0.0018 0.2967 1.5074 Subcooled 0.33885 0.052912-35 600 81.1361 0.0123 2.07 0.0018 0.2979 1.5076 Subcooled 0.32402 0.052226-30 600 80.6040 0.0124 3.56 0.0053 0.2992 1.5081 Subcooled 0.31008 0.051546-25 600 80.0673 0.0125 5.06 0.0087 0.3006 1.5088 Subcooled 0.29698 0.050873-20 600 79.5256 0.0126 6.57 0.0122 0.3020 1.5097 Subcooled 0.28463 0.050207-15 600 78.9785 0.0127 8.08 0.0156 0.3035 1.5109 Subcooled 0.27300 0.049548-10 600 78.4257 0.0128 9.60 0.0190 0.3051 1.5123 Subcooled 0.26202 0.048895-5 600 77.8668 0.0128 11.13 0.0224 0.3067 1.5139 Subcooled 0.25164 0.0482480 600 77.3014 0.0129 12.67 0.0257 0.3084 1.5158 Subcooled 0.24182 0.0476085 600 76.7290 0.0130 14.22 0.0291 0.3101 1.5179 Subcooled 0.23252 0.046973
10 600 76.1491 0.0131 15.77 0.0324 0.3119 1.5203 Subcooled 0.22370 0.04634515 600 75.5613 0.0132 17.34 0.0357 0.3138 1.5231 Subcooled 0.21532 0.04572220 600 74.9650 0.0133 18.91 0.0390 0.3158 1.5261 Subcooled 0.20735 0.04510525 600 74.3596 0.0134 20.50 0.0423 0.3179 1.5295 Subcooled 0.19977 0.04449330 600 73.7444 0.0136 22.09 0.0456 0.3201 1.5332 Subcooled 0.19253 0.04388735 600 73.1187 0.0137 23.70 0.0489 0.3224 1.5374 Subcooled 0.18562 0.04328640 600 72.4817 0.0138 25.32 0.0521 0.3248 1.5420 Subcooled 0.17902 0.04268945 600 71.8325 0.0139 26.95 0.0554 0.3273 1.5470 Subcooled 0.17269 0.04209850 600 71.1702 0.0141 28.59 0.0586 0.3300 1.5527 Subcooled 0.16661 0.04151055 600 70.4937 0.0142 30.25 0.0618 0.3328 1.5589 Subcooled 0.16078 0.04092760 600 69.8018 0.0143 31.92 0.0651 0.3359 1.5658 Subcooled 0.15516 0.04034865 600 69.0931 0.0145 33.60 0.0683 0.3391 1.5734 Subcooled 0.14975 0.03977270 600 68.3661 0.0146 35.31 0.0715 0.3425 1.5819 Subcooled 0.14451 0.03919975 600 67.6191 0.0148 37.03 0.0748 0.3462 1.5913 Subcooled 0.13945 0.03862980 600 66.8501 0.0150 38.77 0.0780 0.3501 1.6018 Subcooled 0.13454 0.03806285 600 66.0568 0.0151 40.53 0.0813 0.3545 1.6136 Subcooled 0.12976 0.03749690 600 65.2365 0.0153 42.32 0.0845 0.3592 1.6268 Subcooled 0.12511 0.03693195 600 64.3860 0.0155 44.12 0.0878 0.3643 1.6418 Subcooled 0.12057 0.036366
100 600 63.5018 0.0157 45.96 0.0911 0.3701 1.6588 Subcooled 0.11612 0.035801105 600 62.5792 0.0160 47.83 0.0944 0.3765 1.6783 Subcooled 0.11175 0.035235110 600 61.6128 0.0162 49.73 0.0978 0.3837 1.7008 Subcooled 0.10744 0.034667115 600 60.5959 0.0165 51.66 0.1011 0.3919 1.7270 Subcooled 0.10318 0.034096120 600 59.5199 0.0168 53.65 0.1046 0.4015 1.7581 Subcooled 0.09894 0.033520125 600 58.3736 0.0171 55.68 0.1081 0.4128 1.7955 Subcooled 0.09470 0.032938130 600 57.1422 0.0175 57.78 0.1116 0.4264 1.8414 Subcooled 0.09044 0.032349135 600 55.8052 0.0179 59.95 0.1153 0.4433 1.8992 Subcooled 0.08611 0.031750140 600 54.3328 0.0184 62.22 0.1191 0.4651 1.9745 Subcooled 0.08168 0.031142145 600 52.6792 0.0190 64.62 0.1231 0.4945 2.0778 Subcooled 0.07706 0.030525150 600 50.7673 0.0197 67.19 0.1273 0.5377 2.2301 Subcooled 0.07215 0.029906
54
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=650 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 650 82.7672 0.0121 -2.32 -0.0090 0.2941 1.5063 Subcooled 0.37302 0.054395-45 650 82.2494 0.0122 -0.84 -0.0054 0.2952 1.5060 Subcooled 0.35613 0.053696-40 650 81.7280 0.0122 0.64 -0.0019 0.2964 1.5060 Subcooled 0.34028 0.053004-35 650 81.2027 0.0123 2.12 0.0016 0.2977 1.5062 Subcooled 0.32541 0.052320-30 650 80.6731 0.0124 3.61 0.0051 0.2989 1.5066 Subcooled 0.31145 0.051642-25 650 80.1390 0.0125 5.11 0.0086 0.3003 1.5072 Subcooled 0.29831 0.050971-20 650 79.6000 0.0126 6.62 0.0120 0.3017 1.5081 Subcooled 0.28594 0.050307-15 650 79.0559 0.0126 8.13 0.0154 0.3032 1.5092 Subcooled 0.27427 0.049650-10 650 78.5062 0.0127 9.65 0.0188 0.3047 1.5105 Subcooled 0.26327 0.048999-5 650 77.9506 0.0128 11.18 0.0222 0.3063 1.5120 Subcooled 0.25286 0.0483550 650 77.3887 0.0129 12.71 0.0256 0.3079 1.5138 Subcooled 0.24303 0.0477165 650 76.8201 0.0130 14.25 0.0289 0.3096 1.5158 Subcooled 0.23371 0.047085
10 650 76.2443 0.0131 15.81 0.0322 0.3114 1.5181 Subcooled 0.22487 0.04645915 650 75.6608 0.0132 17.37 0.0355 0.3133 1.5206 Subcooled 0.21647 0.04583920 650 75.0691 0.0133 18.94 0.0388 0.3153 1.5235 Subcooled 0.20849 0.04522425 650 74.4686 0.0134 20.52 0.0421 0.3173 1.5267 Subcooled 0.20090 0.04461630 650 73.8588 0.0135 22.11 0.0454 0.3194 1.5302 Subcooled 0.19365 0.04401235 650 73.2388 0.0137 23.72 0.0486 0.3216 1.5341 Subcooled 0.18674 0.04341440 650 72.6081 0.0138 25.33 0.0519 0.3240 1.5385 Subcooled 0.18012 0.04282245 650 71.9658 0.0139 26.96 0.0551 0.3264 1.5433 Subcooled 0.17379 0.04223450 650 71.3109 0.0140 28.59 0.0584 0.3290 1.5486 Subcooled 0.16772 0.04165055 650 70.6425 0.0142 30.25 0.0616 0.3318 1.5544 Subcooled 0.16188 0.04107160 650 69.9595 0.0143 31.91 0.0648 0.3347 1.5609 Subcooled 0.15627 0.04049665 650 69.2607 0.0144 33.59 0.0680 0.3377 1.5680 Subcooled 0.15086 0.03992570 650 68.5446 0.0146 35.29 0.0712 0.3410 1.5759 Subcooled 0.14564 0.03935875 650 67.8097 0.0147 37.00 0.0745 0.3445 1.5847 Subcooled 0.14059 0.03879380 650 67.0542 0.0149 38.74 0.0777 0.3483 1.5944 Subcooled 0.13569 0.03823185 650 66.2761 0.0151 40.49 0.0809 0.3524 1.6053 Subcooled 0.13094 0.03767290 650 65.4730 0.0153 42.26 0.0842 0.3568 1.6174 Subcooled 0.12631 0.03711495 650 64.6423 0.0155 44.06 0.0874 0.3616 1.6311 Subcooled 0.12180 0.036557
100 650 63.7806 0.0157 45.88 0.0907 0.3669 1.6465 Subcooled 0.11739 0.036001105 650 62.8841 0.0159 47.73 0.0940 0.3728 1.6640 Subcooled 0.11306 0.035445110 650 61.9484 0.0161 49.61 0.0973 0.3794 1.6840 Subcooled 0.10880 0.034888115 650 60.9679 0.0164 51.52 0.1006 0.3868 1.7072 Subcooled 0.10460 0.034329120 650 59.9357 0.0167 53.48 0.1040 0.3952 1.7342 Subcooled 0.10044 0.033767125 650 58.8431 0.0170 55.48 0.1074 0.4050 1.7661 Subcooled 0.09630 0.033200130 650 57.6789 0.0173 57.53 0.1109 0.4166 1.8043 Subcooled 0.09216 0.032629135 650 56.4285 0.0177 59.65 0.1145 0.4305 1.8510 Subcooled 0.08799 0.032050140 650 55.0714 0.0182 61.84 0.1182 0.4476 1.9096 Subcooled 0.08376 0.031464145 650 53.5789 0.0187 64.13 0.1220 0.4695 1.9853 Subcooled 0.07942 0.030870150 650 51.9074 0.0193 66.55 0.1260 0.4988 2.0876 Subcooled 0.07491 0.030270
55
R-507a (R-125/143a 50/50) Properties in the Subcooled Superheat Regions
P=700 psiaT P ρ v h s Cp Cp/Cv Quality μ k
[F] [psia] [ft^3/lb] [ft^3/lb] [Btu/lb] [Btu/R-lb] [Btu/R-lb] [unitless] [unitless] [centipose] [Btu/h-ft-R]-50 700 82.8267 0.0121 -2.26 -0.0092 0.2939 1.5050 Subcooled 0.37454 0.054483-45 700 82.3110 0.0121 -0.79 -0.0056 0.2950 1.5047 Subcooled 0.35760 0.053786-40 700 81.7918 0.0122 0.69 -0.0020 0.2962 1.5046 Subcooled 0.34172 0.053096-35 700 81.2687 0.0123 2.17 0.0015 0.2974 1.5048 Subcooled 0.32681 0.052413-30 700 80.7416 0.0124 3.66 0.0050 0.2987 1.5051 Subcooled 0.31281 0.051737-25 700 80.2101 0.0125 5.16 0.0084 0.3000 1.5057 Subcooled 0.29964 0.051069-20 700 79.6738 0.0126 6.66 0.0119 0.3014 1.5065 Subcooled 0.28723 0.050407-15 700 79.1326 0.0126 8.17 0.0153 0.3028 1.5075 Subcooled 0.27554 0.049751-10 700 78.5859 0.0127 9.69 0.0187 0.3043 1.5087 Subcooled 0.26451 0.049103-5 700 78.0336 0.0128 11.22 0.0220 0.3059 1.5101 Subcooled 0.25409 0.0484610 700 77.4751 0.0129 12.75 0.0254 0.3075 1.5118 Subcooled 0.24423 0.0478255 700 76.9102 0.0130 14.29 0.0287 0.3092 1.5137 Subcooled 0.23489 0.047195
10 700 76.3383 0.0131 15.84 0.0321 0.3109 1.5158 Subcooled 0.22603 0.04657215 700 75.7590 0.0132 17.40 0.0354 0.3128 1.5182 Subcooled 0.21762 0.04595420 700 75.1718 0.0133 18.97 0.0386 0.3147 1.5210 Subcooled 0.20963 0.04534325 700 74.5761 0.0134 20.55 0.0419 0.3167 1.5240 Subcooled 0.20202 0.04473730 700 73.9714 0.0135 22.14 0.0452 0.3187 1.5273 Subcooled 0.19476 0.04413735 700 73.3571 0.0136 23.74 0.0484 0.3209 1.5310 Subcooled 0.18784 0.04354240 700 72.7324 0.0137 25.35 0.0517 0.3232 1.5351 Subcooled 0.18122 0.04295245 700 72.0966 0.0139 26.97 0.0549 0.3256 1.5396 Subcooled 0.17488 0.04236850 700 71.4489 0.0140 28.60 0.0581 0.3281 1.5446 Subcooled 0.16881 0.04178855 700 70.7883 0.0141 30.25 0.0613 0.3307 1.5501 Subcooled 0.16298 0.04121360 700 70.1138 0.0143 31.91 0.0645 0.3335 1.5562 Subcooled 0.15737 0.04064365 700 69.4244 0.0144 33.59 0.0678 0.3365 1.5629 Subcooled 0.15196 0.04007670 700 68.7186 0.0146 35.28 0.0710 0.3396 1.5702 Subcooled 0.14675 0.03951375 700 67.9951 0.0147 36.98 0.0742 0.3430 1.5784 Subcooled 0.14171 0.03895480 700 67.2524 0.0149 38.71 0.0774 0.3466 1.5874 Subcooled 0.13683 0.03839885 700 66.4885 0.0150 40.45 0.0806 0.3504 1.5975 Subcooled 0.13209 0.03784590 700 65.7015 0.0152 42.21 0.0838 0.3546 1.6087 Subcooled 0.12749 0.03729395 700 64.8889 0.0154 43.99 0.0870 0.3591 1.6212 Subcooled 0.12300 0.036744
100 700 64.0479 0.0156 45.80 0.0903 0.3641 1.6352 Subcooled 0.11862 0.036196105 700 63.1752 0.0158 47.64 0.0935 0.3695 1.6510 Subcooled 0.11433 0.035649110 700 62.2671 0.0161 49.50 0.0968 0.3755 1.6690 Subcooled 0.11012 0.035102115 700 61.3189 0.0163 51.39 0.1001 0.3822 1.6895 Subcooled 0.10598 0.034554120 700 60.3250 0.0166 53.32 0.1035 0.3898 1.7132 Subcooled 0.10188 0.034004125 700 59.2786 0.0169 55.29 0.1069 0.3984 1.7408 Subcooled 0.09782 0.033451130 700 58.1709 0.0172 57.31 0.1103 0.4084 1.7733 Subcooled 0.09378 0.032896135 700 56.9909 0.0175 59.38 0.1138 0.4201 1.8121 Subcooled 0.08973 0.032335140 700 55.7243 0.0179 61.51 0.1174 0.4341 1.8592 Subcooled 0.08566 0.031769145 700 54.3513 0.0184 63.72 0.1210 0.4513 1.9179 Subcooled 0.08152 0.031196150 700 52.8448 0.0189 66.03 0.1248 0.4730 1.9929 Subcooled 0.07729 0.030617
56
Pres
sure
– E
ntha
lpy
Dia
gram
for R
efrig
eran
t 507
a (R
-125
/143
a 50
/50)
57