is 12816 (1989): density composition tables for aqueous ... · d, = density of the aqueous...
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IS 12816 (1989): Density composition tables for aqueoussolutions of nitric acid [CHD 1: Inorganic Chemicals]
__“.. .I .“, _, -..,,__ ._ . . _” - _ ” - . ,
IS 12818:19899 I
hzdian Standard I’
DENSITY-COMPOSITIONTABLES FOR.It.' AQUEOUSSOLUTIONSOFNITRICACID-SPECIFICATION
U D C 531’756 ( 053 ) : 546’175-323-145’2
June 1990
:..
0 BTS 1990
B U R E A U OF I N D I A N S T A N D A R D SM A N A K Bl IAVAN, 9 BAHADUK SHAH ZAFAR MARG
NEW DELHI 110002
Price Group 10”
Chemical Standards Sectional Committee, CDC 1
FOREWORD
This Indian Standard was adopted by the Bureau of Indian Standards on 30 September 1989,after the draft finalized by the Chemical Standards Sectional Committee had been approved bythe Chemical Division Council.
The density-composition tables provide a simple means of determining the strength of any aque-ous solution of ntiric acid or of making a solution of specific strength. The underlying principlein the preparation of these tables is that density is a function of the composition of aqueousnitric acid solutions. By using a density hydrometer or from the density determined at any parti-cular temperature within the range of the tables, composition of the solution can be determined.The density-composition table is based on data obtained from the International Critical Tables,1928 still authoritative and related to mass, not to apparent mass in air.
This standard is based on the tables published in BS 975 : 1987 Density-composition tables foraqueous solutions of nitric acid, issued by the British Standards Institution.
For the purpose of deciding whether a particular requirement of this standard is complied with,the final value, observed or calculated, expressing the result of a test or analysis, shall be roundedoff in accordance with IS 2 : 1960 ‘Rules for rounding off numerical values ( revised )‘. The numberof significant places retained in the rcunded cff value should be the same as that of the specifiedvalue in this standard.
.
IS 12816 : 1989
Indian StandardDENSITY-COMPOSITIONTABLES FOR
AQUEOUSSOLUT/ONSOFNITRICACID-SPECIFICATION
1 SCOPE
1.1 This standard furnishes a table to corre-late density with composition of aqueous solu-tions of nitric acid. It isintended to assist in deter-mining the strength of an aqueous solution ofnitric acid of known density and in preparingsolutions of specific strength.
2 REFERENCES
2.1 The following Indian Standards are neces-sary adjuncts to this standard:
IS No. Title
IS 3104 Specification for density( Part 1 ) : 1982 hydrometers : Part 1 Re-
quirements (%rst revision )
1s 3104 Specification for density( Part 2 ) : ,I982 hydrometers : Part 2
Methods of test and use( first revision )
3 DENSITY-COMPOSITLON TABLES FORAQUEOUS SOLUTIONS OF NITRIC ACID[ TABLE 1 ( see pages 6 to 2 5) ]
3.1 Abbreviations
For the purpose of this standard,’ the followingabbreviations shall apply:
D, = density of the aqueous solutions ofnitric acid in kg/m5 at temperature t
‘g -4 mass in g of nitric acid in 100 g of theaqueous solution, and
G = mass in g of nitric acid in a quantity ofthe aqueous solution occupying onelitre at temperature t.
3.2 The table gives the values of g and G fordensities of nitric acid solutions at various tem-peratures between 10” and 40°C.
3.3 Table 1 has been so prepared that the den-sity D, increases by steps of 1 kg/m3 ( 0’001g/ml ) and the corresponding values of g and Ghave been for each 2°C over the range 10” to40°C.
3.4 Corrections to be applied for greater accu-racy are given in Annex A.
3.5 Examples of the use of the density-composi-tion tables in conjunction with hydrometers aregiven In Annex B.
3.6 Determination of D, from Table 1The method of obtaining density ofof nitric acid of known strength isAnnex C.
3.7 Choice of Hydrometers
solutionsgiven in
Recommendations as to the choice of suitablehydrometers for use in conjunction with thesetables are given in Annex D. To avoid errorin visual reading of the scales of the hydro-meters and to apply the corrections given inAnnex A with the best advantage, density hy-drometers shall be used in overflow vessels asrecommended in IS 3104 ( Part 2 ) : 1982.
ANNEX A
( Clauses 3.4 and 3.7 )
CORRECTIONS OF READINGS TAKEN BY HYDROMETERS
A-l CORRECTIONS TO BE APPLIED FOR A-1.1.1 Corrections for Scale ErrorsGREATER ACCURACY The maximum permissible scale errors allowedA-l.1 Where greater accuracy is necessary, the on hydrometers appropriate for nitric acid arefollowing additional corrections arc applied for: given in Table 2.
a) The scale error of the hydrometer. A-1.1.2 Temperature Corrections
b) The difference between the temperature ofWhen the hydrometer reading is taken at a tem-
the liquid and the standard temperatureperature t other than the standard temperature
of the hydrometer, andr, ( 27”C, 20°C or 15°C 1, the reading is in errordue to the difference in the volume of the hv-.
Cl The difference between the surface tension drometer between 1, and t.of the liquid and that for which the hydro-meter is adjusted.
A-1.1.2.1 Appropriate corrections for making
iallowance for this temperature effect are given
IS 12816 : 1989
in Table 3. Density hydrometers corrected inaccordance with Table 3 give the density D, ofthe liquid at t.
A-1.1.3 Surface Tension Correction
These corrections are applied on hydrometerreading taken in an overflow vessel so as toensure that the surface of the liquid is trulyclean.
A-1.1.3.1 When the highest accuracy is required,hydrometer adjusted for the ‘high’ surface ten-sion value 75 mN/m should be used, for nitricacid solutions having densities in the range of1 000 kg/m3 to 1 300 kg/m3; and hydrometersadjusted for the ‘medium’ surface tension value55 mN/m should be used for solutions havingdensities above 1 300 kg/m3.
A-1.1.3.2 In the cases where no special precau-tions are taken for obtaining a clean acid surface.the surface tensions of aqueous solutions areusually less than the surface tension value forclean surfaces. Also since the value depends toa large extent on the degree of contaminationof the surface, the effective surface tension iserratic. Hence when using ordinary hydrometerjars without overflow, it is not possible to assign
a reliable value to the surface tension of the acidsolutions without measuring it. Under theseconditions surface tension corrections are usual-ly ignored. It may, however, be assumed thatunder ordinary conditions of the cleanliness, thevalues lie between 40 mN/m and 70 mN/m. It is,therefore, appropriate to use a hydrometeradjusted for 55 mN/m. The error then intro-duced by ignoring surface tension is unlikely toexceed values given in Table 4.
A-1.1.3.3 It is of interest to examine the overalleffect of ignoring corrections under A-1.1,Al.l.2 and A-1.1.3 when using hydrometersadjusted for the ‘medium’ surface tension value.In Table 5, the hydrometers are assumed to befloating in nitric acid solutions of density bet-ween 1 000 and 1 500 kg/m3 at a temperaturediffering by + 10°C from the standard tempera-ture of the hydrometer.
A-1.1.3.4 Application of hydrometer correc-tions:
Example:Hydrometer used: Density hydrometer L 50range 1 400 to 1 450 kg/m3 at 20°C adjustedfor 55 mNlm, ascertained scale error + 0’5kg/m3 ( that is, maximum permissible error )
Table 2 Indian Standard Hydrometers for Use io AqueousSolutions of Nitric Acid
( Clauses A-1.1.1 and D-l )
Series and Interval Eq$; 1;;; _o f Scale Length Number of Permissible Over all Bulb Dia-Range Covered by (LNcqrmg;p; Scale Scale Error Length meter
Category Individual division Division MaxHydrometers
r-_*__T ~--*-_~ Min Max Min( s/ml ) ( kdmJ 1 (s/ml 1 ( k/m3 1 ( mm ) ( Wm’ 1 (mm) (mm)
L to 0.020 20 0~0002 0.2 JO5 100 * 0.2 335 36 40L 50 0.050 50 @OOOS 0.5 12s 100 f 0.5 335
M 50 0.050 50 0’001:.
70:II
It I.0 270 ;:iw;;o 0~100 lO$ 0*002
t: = 2’:; 250g
0 050 0’002 2 25 I90 :: 20
NOTE -. The letters L, M and S stand for ‘Long’, ‘Medium’, and ‘Short’ and the numbers associated witheach of them indicate the difference between the two extreme graduations of the scale of each hydrometer ofthe particular series concerned.
Table 3 Temperature Corrections for Density Hydrometers( Chuses A-1.1.2.1 and A-1.1.3.4)
Sl No. Standard ‘Temperature ta of Hydrometer27°C 20°C 15’C
y;trrneter Keydin; at ‘Temperature1 500
Temperature ( PC ) of liquid Correction ( 0.1 kg/m3 )i) 17 10 5 i3 _yn3it i 4
ii) 22 15 10 -t 1 4-2 +2iii) 27 20 15 0 0 0iv) 32 25 20 -1 - 2 - 2v) 37 30 25 ,- 3 - 3 - 4
vi) 42 3.5 30 - 4 --5 - 6vii) - 40 35 ._ 5 - 6 --8viii) - - 40 -6 - 8 - 9
NOTES1 When the sign is positive, the correction is to be added to the hydrometer reading and when negative it issubtracted from It.2 This table is based on the value 2.5 x 10m5 per “C for the coefficient of cubical expansion of the hydra-meter.
i
IS 12816 : 1989,
Temperature of acid solution 27°CUncorrected hydrometer read-ing using overflow technique I 404’5 kgim3Corrections:For scale error -0’5 kg/m3For temperature
( from Table 3 ) -0’3 kg/m3For surface tension
( from Table 6 ) SO’1 kg!m3
Then density of acid solution 1 403’8 kg/maat 27°C
From Table 1 a solution of densitv 1 404 kg/m3at 27°C contains 70’2 g of nitric acid in iGO‘gof solution and one litre of solution contains986 g of nitric acid.
Had the corrections of scale error, tempera-ture and surface tension been ignored thevalues would have been 70‘4 g and 988 g,respectively.
Table 4 Maximum Errors Introduced by Ignoring Surface Tension When Reading DensityHydrometers, Adjusted for 55 mN/m, in Aqueous Solutions of Nitric Acid in an
Ordinary Hydrometer Jar Maximum Error ( Unit kg/m3 )( Clause A-l. 1.3.2 )
SI No. Density of the Acid Density Hydrameters Adjusted fur 55 mNi’mSnlution ~---_-__-_-___-_-_ *___-----------~
kg’m’ L 20 L so n1 50 nr 100 s 50i) 1 000 to I 500 & 0.2 * 0.3 d_ 0’7 2: I 0 _L 0.8
NOTE - The letters L. M and S stand for ‘Long’ , ‘Medium’. and ‘Short’ 2nd the numbers associated witheach of them indicate the difference between the two extreme graduations of the scale of each hydrometer ofthe particular series concerned.
Table 5 Maximum Errors Due to Omission of All Corrections to Drnsity HydrometersAdjusted for 55 mN/m
( Clnzrses A-1.1.3.3 )
Series and Range Category
Value of I Sub-division( kg/m3 )
L 20 L 50 I\1 50 121 100 s 500.2 @5 1.0 2 0 2.0
i) Maximum permissible scale( Uni t kg/ma )
correcrions $I 0.2 & 0.5 *IO * 2.0 ;t- 2.0ii) Maximum temperature
corrections for f IO’C + 0.4 & 0.4 * 0.4 * 0.4 t 0.4iii) Maximum estimated surface
tension correction + 0.2 _I 0.3 * o-7 + 1.1 + 0.8
MaxGum value of total corrections & 0.8 * 1.2 -* 2.1 k 3.5 i 3.2
Error in g is determined strength of solution of density 1 250 kg/m8 at 30°C ( 42.1 I: nitric acid/100 g ofsolution or 526 g nitric acid’1 litre of solution ) corresponding to total corrections nbovc.
( Unit g )Nitric acid in 100 g of solution * 0.2 * 0.2 + 033 f 0.5Nitr ic acid in 1 lirre of soluticn *2 &3 i5 *g : i”
NOTE -The Icfters 1.. tf and S stand for ‘Long;, ‘Medium’ :Ind ‘Short and the numbers nssnciatrd with eachof them indlc:lte the difference between the two extreme graduattons of the scale of each hydrometer of theparticular series concerned.
Table 6 Surface’ Teosion Corrections for Indian Standard Density Hydrometers WhereUsed in Aqueous Solutions of Nitric Acid having Truly Clcau Surface
Correction Unit 0’1 kg,‘m3( Clnrtse A-1.1.3.4)
St No. Density of Solution ludiun Staudurd Hydrometers .\djustcd for the ‘thigh’ Surface.\t 27.C (bg ml) 1.cn,ion 75 nlS m
L ‘0 L 50 Iv 50 M ICO s 50i) 1 oon 0 0 0 0
,ii) 1 100 - I - 1 - 2 -5iii) 1 200 - 1 -~ I -? -5.v) 1 300 I -2 - 4 - 5
Indian SranddrJ tfydrrlmctcrs 4djustcd for the Medium StIrfaceTensicln 55 mN,‘m
L 2 0 L 50 hf 50 A4 100 .s 50V) t 300 +I +2 + 4 i-5vi) 1 ‘lm 0 Cl i-2 0
vii) 1 500 - 1 -2 - 4 - 5NOTFS1 The lcttcrs L. M and S slant! f,,r ‘Long’ . ‘Mtdlum‘ and ‘Sho11’ and the ntlmbrri ;iy<ocratcd with each oft h e m Indlcarc the dift‘ercncc bctwcen the two extreme gradualIons of Ihc sc:~Ic of each hydromctcr of the part i -cular scr leb conccr ned.
2 The sign being positive, the c~,rrecrion ir IO be ,lddcd to the hydrG>mrtcr re:lding.
3
IS 12816 : 1989
ANNEX B( Clause 2.5 )
USE OF DENSITY-COMPOSITION TABLES
B-l TO DETERMINE THE STRENGTH OFAN AQUEOUS SOLUTION OF NITRIC ACID
B-l.1 Suppose that the temperature of the solu-tion is 28°C and the density at that temperatureis 1 106 kg/m3. Then in Table I under the tem-perature 2h°C and opposite Dt = I 106 will befound g = 19’2 and G = 213, indicating thatthe solution contains 19’2 g of nitric acid in100 g of solution and 213 g of nitric acid in onelitre of solution at 28’C.
B-2 TO MAKE UP A SOLUTION CONTAIN-ING 18’2 GRAMS OF NITRIC ACID IN THE100 GRAMS OF SOLUTION
B-2.1 In Table l-under t = 20°C the value ofDt corresponding to g = 18’2 g is 1 104 kg/m3.Water should therefore be mixed with a moreconcentrated solution of nitric acid, in smallportions with thorough mixing and avoidance ofan undue rise in temperature, the density of thediluted acid solution bei,lg checked with a
hydrometer during the dilution until the hydro-meter indicates that the density is approaching1104 kg/ma. At this stage and before makingthe final adjustment, the temperature of thesolution is taken. Suppose it is 28’C, then fromTable 1 the value of Dt corresponding tog = 18’2 in the column headed 28°C is 1 100kg/m3. The solution at 28°C should thereforebe adjusted so that a hydrometer indicates thatits density is 1 100 kg/m3. The solution thusobtained will contain 18’2 g of nitric acid in100 g of solution.
B-3 TO MAKE UP A SOLUTION CONTAIN-ING 255 GRAMS OF NITRIC ACID IN 1 LITREOF SOLUTION AT 25OC
B-3.1 From Table 1 under the heading 25°C( interpolation between 24” to 26’C), it is foundthat a solution containing 2.55 g of nitric acidper litre has 22’6 g of nitric acid per 100 g ofsolution. Therefore, the required solution ismade up as in B-2.1 using g = 22’6.
ANNEX C( Chse 3.6 )
DETERMINATION OF DENSITY ( Dt ) FROM THE VALUES OF G AND g
C-l DETERMINATION OF Dt FROM THEVALUES OF g
C-l.1 Consider a solution containing 12 g ofnitric acid in 100 g solution, that is, one forwhich g = 12. By looking up the value of Dtcorresponding to the value g = 12 under anyparticular temperature in Table 1 the density ofthe solution at that temperature can be obtained.Thus, for example, the density of the solution is1 070 kg/m3 at 10°C and 1 066 kg/m3 at 2O”C,etc.
C-2 DETERMINATION OF Dt FROM THEVALUE OF G
C-2.1 The percentage composition L! of a solu-tion is independent of its temperature. but G, thenumber of grams of nitric acid in I litre of solu-tion, varies with the temperature of the solutionowing to the change in volume of the solutionwith change in temperature. Hence, the concen-
tration G must always be associated with a parti-cular temperature. For a given value of G applica-ble a particul. I temperature. Table 1 can be usedto obtain the density of the solution at the speci-fied temperature or at any other temperaturewithin the range of the table. The value of Gfor the solution at temperatures other than thespecified one can also be obtained. For exam-ple, consider a solurion containing 170 g ofnitric acid per litre at 20°C. Under 20°C inTable I the value of Dt corresponding to G = I70is 1 088 kg/m3 and the corresponding value of gis 15’6. By tracing the value g -= 15’6 throughthe Table I, and interpolating where necessary,the density Dt at various temperatures of thesolution containing 170 g of nitric acid in Ilitre of solution at 2O’C can be obtained andalso the number of grams of nitric acid in 1 litreof the solution at various temperatures. Ex-amples of the values which may thus be obtain-ed are given in Table 7.
4
IS 12616 : 1989
Table 7 Values of ‘G’ of a Solution at Different Temperatares( Chse C-2.1 )
PC
1020
:oo
Grams (g) of NitricAcid in 100 g of
Solution15.615.6
15.6 15.6
Density (D) of Solutionof kg/m* at t”C
1 0921 088
1 1 083 078
Grams (G) of NitricAcid in 1 Litre of
Solution at PC170
:$ 168
ANNEX D( Clauses 3.7 and A-1.1.1 )
INDIAN STANDARD HYDROMETERS FOR USE INTHE TABLES
CONJUNCTION WITH
D-1 INDIAN STANDARD HYDROMETERS acid. They .may have scales of density at 2l”C,
D-k1 Indian Standard specification for density20°C and 15°C. The choice of the hydrometer
hydrometers [ IS 3104 ( Parts I and 2 1 : 1982 ]series will depend on the accuracy required andthe amount of solution available. Table 7 gives
affords a wide choice of density hydrometers the essential features of the various series ofsuitable for use in aqueous solution of nitric hydrometers suitable for aqueous solutions.
Table 1 Density-Composition Table for Aqueous Solutions of Nitric A&l
(Clauses 3,3.3,3.6, B-1.1, B-2. ., C-l.1 und C-2.1)
I-TT T 18-C 26’C 22'c 24-c M’C 28’C 3O’C 38-c 40-C.36-clZ"6 16°C 32-C 34-c14'c10°C t
1000‘10011002
1003lo(#1006
100610071008
100910101011
101210131014
101610161017
101810181020
102110221023
102410251028
1
- -
4 G I?
-
G g G g G g g g G g g g G g g G g-
245
-
246
-
030507
-
357
-
040604
-
46B
-
05D7P9
-
579
--
135
-
Q2040.5
- - -- -
DlD3a4
-
134
- -- - -
loo010011002
-02D4
-
24
Vl0305
b2D-40.6
@6 6 07 7 *a a 1.0 10 Pl 11@8 8 09 9 19 10 1.2 I2 I.3 I31.0 10 1.1 11 1.2 12 l.4 14 l.5 15
1003 06 6 06 6 0.7 7 @7 7 OL a 09 9 10 10 1.1 11 1.2 12 1.3 13 1.4 14 l-6 15 l.7 171004 @8 8 DB a 0.9 9 a-9 9 1.0 10 I.1 11 I.2 12 b3 l.3 1.4 14 1.5 15 1.6 16 I.7 27 x-9 191005 c9 9 PO 10 l-0 10 l.1 11 b2 12 P3 13 b3 l3 14 14 E5 15 b7 17 I.8 18 1.9 is 2.1 21
1006 1.1 11 1.2 12 1.2 l2 1.3 l3 1.41007 l-3 l3 l-3 14 1.4 14 15 15 1.51OW 1.5 15 l-5 15 l.6 l6 1.6 17 1.7
l-4 14 b5 15 l.6 16 l.7 17 l.9 19 2.0 20 2.1 21 2.3 23l-6 16 &'I 17 1.8 la 1.9 19 a.0 % 2.2 22 2.3 23 2.4 251.8 18 b9 19 2.0 20 2.1 21 2.2 22 2.4 24 2.5 25 !&6 27
1009 l-7 17 1.7 17 &B 18 l.8 18 l-91010 I.8 18 l-9 19 a.0 20 a.0 20 2.11011 2.0 20 2.1 21 2.1 22 2.2 22 2.3
2.0 20 2.1 21 2.2 22 2.3 23 2.4 24 2.62.2 22 2.3 23 2.4 24 2.5 25 2.6 26 2.72.4 24 2.5 25 2-6 26 2.7 27 2.8 28 2.9
2.7 27 2.8 282.9 29 3.0 303-l 3x 3.2 32
1012 2.2 22 2.2 23 2-3 7.3 2.4 24 2.51013 2.4 24 2.4 25 P-5 25 Z-6 26 2.61014 2.5 26 2.6 26 2.7 27 2.7 28 2.11
2.5 26 26 27 a.7 26 2.8 29 3-O2.7 28 2.8 28 2.9 30 30 31 322.9 29 3.0 30 3.1 31 3.2 33 33
3.13.33.5
$3 33 3.4 3434 35 36 3636 37 3.8 38
101510181017
2.7 22 2.8 28 2.8 29 2.9 50 302.9 29 2.9 30 3-O 31 31 31 3.23-l 31 3-l 32 $2 32 3.3 33 54
3.73940
3.3 39 40 404‘0 41 41 42cz 43 4-3 44
101810191020
36 37 3.7 58 38 393-8 39 3.9 40 40 4140 41 41 42 42 43
40 4142 4-344 44
42444.6
44 44 45 4646 46 e7 4847 48 49 50
102110221023
3839+I
43454.6
-
38 3.840 4042 42
343537
394143
454648
--
59 40 40 41 4.141 42 42 43 +343 43 43 44 44
14w17
192123
252728
303234
363840
424345
474951
-
424345
4.74.951
-
42 4.344 4546 46
4647411
46 4648 4850 50
49 50 51 525-l 52 53 5453 54 5.4 56
102410251026
444648
-
4.44.54.7
-
444648
454749
-
4.5474.9
-
46 4.648 4850 50
48 +a50 CO52 52
444547
495153
-
4-44-547
4.95.15c3
-
505254
404143
454749
515.254
-
52 5254 5456 56
303234
363840
414345
474951
535557
-
4s5052
535557
-
262830
313335
373941
434547
495153
555656
-
555.758
565860
-
56 5858 596x 61
- - - - - -
g G
- -
12 14 1414 1.6 1616 l.8 18
182022
2.02.22.3
24 2.526 2.728 2-9
30b234
513335
363840
573.94.1
42 4.344 4.445 46
474951
4.8?+-0b2
53 5455 5.657 58
59 $961 8163 e3
.-
202224
262729
313335
373941
434547
495163
555759
616365
-
-
G
-
151719
212325
272951
333537
394143
454749
516354
565860
6264M
-- - -
Table 1 (Cmttimed )
I
4
102710281029
103010311032
10337034103s
103610371038
103910401061
lQ6210431044
104610461047
104810491050
105110521053
T T T T12'C 14'c 18'C T T-
34’C 36-c 4O’C10 “c 16'C 2O'C- -
G g G
-50 5252 5454 55
g
-
G
-
51!E5!
-
515355
g G
52 554 5(56 5i
56 5.6 57 57 56 58 Q58 57 59 58 5c 6.0 6i6c 5.9 61 6.0 62 61 E
62 6.1 63 62 64 6.3 6!64 6.3 65 6.4 66 65 6165 ti 67 66 68 6.7 6s
67 66 68 6-7 70 &a 7169 6S 70 69 72 7.0 7371 7Q 72 7-l 74 7-2 75
737577
798182
848688
909294
959799
-
7.1 74 7.37.3 76 7.47.5 78 7-6
7-7 80 7.87.8 82 7.98.0 114 6-l
0.2 85 8.38.3 8? S-56.5 89 6-6
7.4 767-5 7a7.7 Ml
1-9 828.1 S48.2 8S
S-4 8S8.6 90PI 92
8.7 918.9 9390 95
9.2 979-4 9935 100
8.89091
939597,
1
757779
818385
87S890
929496
383033
-
1.9 9391 9593 97
s-4 993.6 10188 KU
22’C 26 % 28’C24-c
-
G g G-
555759
55 5t57 5t58 6(
61 6.0 6163 6.2 6465 G4 66
72 7.1 7374 7.3 7576 74 n
78 7-6 7980 7.6 aa1 8.0 63
8385S7
899193
95979S
000204
-
8.1 S5S-3 676.5 69
S-7 968-a 929.0 94
42 96449695 100
47 10299 104M) 106
38’C 32 ‘C
- - - - -
G g
--
G1I
,
-
6i6:61
g G
6-o 6162 64&4 6c
g
-
G g-645465
-
6;6!6;
-526-f57
fIiI
G
-6!6165
656668
6.46.66.8
6t6t7(
6.6 68 6.7 6I 6-z6.7 69 6.9 71 7.16.9 71 7.1 7: 7.1
717375
707274
6.97-l7.3
7:7476
7.1 737.3 757.5 77
7.37.476
7:7172
7.47-f7-E
777880
76 7.5 78 7.6 79 7.8 81 8-C78 7.7 79 7.8 al 8.0 LL3 8.180 7.8 81 8.0 8s 8.1 84 8.3
828486
8.08.28.4
a.2 R5a.3 a78.5 89
8.38.58-7
a.58.1a.8
889092
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9.13.39.4
9.2 96 44 98 9594 98 96 1OcI 9.796 100 97 102 9.9
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838581
899193
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10271028loQ9
1030la311032
10331034103s
103610371038
10391040low
106210431064
104610461047
106810491OW
1051la1063
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LZI 0+3SZl8.11HI9.11
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611Z.11I110.11ST1901
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9-M1*1I-MLLOL1-MDbl0+xSLOL6-ZT8M8*ZI9LOL
8.ZI9ML*ZIWOL9.21bMs*ztExocb.21EMTZIZLOL
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8.119.nS*II
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8.6969.6-
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69OLBQOLL9OL
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88‘a--
OBOL6LOL8LOL
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Table 1 (Continued )
--q-FD,
108110821083
108410851066
10871OW1089
1OW 153 166 154 1671081 j5.4 168 15.5 1691092 15.5 170 15.7 171
I I
g G g G
13.8 149 13.9 15013.9 151 14.0 15214-l 153 14.2 154
143 155 14.4 1%14.4 156 14.5 158146 158 14.7 160
14.7 160 14.9 1 6 214.9 162 15.0 16415.1 164 15.2 165
15-7 171 15.8 17315-S 173 lb.0 17516.0 175 16-l 177
I
1096 l&2 1771097 16.3 1791098 16.5 181
1099 16.6 1831100 16.8 1851101 16.9 187
1102 17.1 1881103 17.3 1901104 17.4 192
16.3 179 16.5 180 16.6 182 168 184165 181 16-6 182 16.8 184 16.9 18616.6 182 16-S 184 16.9 186 17.1 188
16.8 184 16.9 186 IT.1 188 17.3 19016.9 186 17.1 188 17.3 189 17.4 19217.1 188 17-3 190 17.4 192 17.6 193
17.3 190 17-4 192 17.6 194 17.7 1%17.4 192 17.6 194 17-7 1% 17.9 19717.6 194 17.7 1% 17.9 1% 18-l 199
110s 17.6 194 17.7 1% 17-9 198 18-l 199 18.2 2011106 17.7 1 % 17-9 1% 18.0 200 18.2 201 18.4 2031107 17.9 198 18.0 200 18.2 202 l&4 203 18.5 205
Ig G-I-14-O 15214.2 15414-4 155
14-5 157147 15914.9 i61
150 163152 165153 167
15.5 16915.7 17115.8 173
16-O 175lb.1 17616.3 178
16 ‘C 18 ‘C
g G---l- g G-I--14-2 153144 156145 157
143 15514.5 k571e7 159
14.7 159 148 16114.5 161 15-O 163xl-0 163 151 164
152 165 xi-3 166153 167 15-5 168154 168 15-6 170
156 170 158 17215-8 172 16.0 17416.0 174 16.1 176
16-l 176 163 17816.3 178 16.4 18016.4 180 166 182
( 2o’c 1 22’c 1 24-c 1 26% 1 28% 1 3o’C
gGgG4-i-t1+5 157 146 15814-6 158 148 160148 160 150 162
Es-0 162 151 164u-1 164 153 16615.3 166 155 168
Xi-5 168 Xi.6 170l5.6 170 E-8 172158 172 159 174
l5-9 174 16-l 17616.1 ,176 16-3 17816-3 178 16.4 180
16-4 180 16-6 18116-6 182 16-S 18316.8 184 16-9 185
16.9 186 17-l 18717.1 187 17.3. 18917-3 189 17-4 191
17-4 191 17.6 19317-6 193 17.7 1%17.7 1% 17.9 197
17-9 197 l&l 19918.1 199 18-2 20118.2 201 18.4 203
18.4 203 18-5 20518-5 205 18-7 20718.7 201 18-9 209
i G
14.8 1%150 16215.1 164
xi-3 l66155 I68s-6 170
l5-8 172Ek9 11316-l .1x4
163 IT7164 17916-6 Ml
168 l83169 18517.1 187
17.3 18917.4 19117.6 193
17-T 1%17.9 19718-l 1%
l&2 2ol164 20316-6 2%
gI
149151153
151,156158
159l6-1163
I6416-6168
l6.917-l17-3
17417617.6
17-9l&ll&2
l&416-6l&l
l&9l9Gma
G g G g
x82 u-1 163163 s3 166165 151 167
167 156 169169 158 in171 159 173
m 16-l 1%115 163 117177 l64 179
119 16‘6 181Ml 16-a 183183 16-9 185
l% 17-l 187167 17.3 189169 174 191
191 17.6 193193 17-S 1%196 1?*9 197
197 l8-1 1991% 18-3 201261 18.4 203
!a3 18.6 2662s 18.8 a072aI l&9 209
m 191 2llall 192 2l3w 194 w
l6-3 1%154 167156 169
156l5-916-l
l6-3 177164 179
166 181
16-816917-l
17.3 x8917-4 19117.6 193
l?-8 1%17.9 19718-l 199
18-3 10118.4 20318-6 205
18.618-9191
193 2x3194 2x6196 2x7
-
G
-
in173175
1831%187
207!m9211
32'C
g G g GIl64 167 l5.6 169156 169 E-8 171158 in 16-o 173
16a 173 16-l 115l&l 1% 16-3 17716-3 177 lej 179
164 1'19 l6-6 16l16-6 1M l6-a 163168 l63 17-o 2116.
l&9 l% 17.1 l671El 187 11.3 18917.3 189 17.7 191
175 191 17.8 l93H-6 193 16-O 1%17.8 195 182 197
l&O 197 184 199M-1 199 18.5 20118.3 201 18.7 203
18-5 m 18.9 #)5l&6 205 190 !m18-8 207 192 209
190 209 194 2,&l191 111 195 113193 2I3 197 w
195 w 19-9 211197 ;217 100 119198 1219 202 211
I
H-818-O18-2
164u-518.7
16-919-OI92
194195197
19920-O302
in
1 E 173 16-2 IT6173 1 2 175 164 177175 177 16-6 119
177 I@ 179 16.7 lalT9 16.7 l6l 164 164la lb.9 I63 u-1 1%
l&3 ml l% 11.3 l%1s I73 isr 1?4 1%UT 47-4 1% 116 192
189 7-6
i 7-9
.19l lY*a 194191 T-7 193 17-9 1%I93 1% l&l 196
1% u-1 l97 m3 100101 b-2 1% 105 2021% b-4 201 18-6 204
201 16-6 204 l&6 206203 l8-7 206 190 2082% 18.9 208 191 it0
4
10811002low
100410851068
106710881089
10901091lOS2
109310941096
lolls1097lOS@
109911001101
‘Table 1 (Continued )
TT T T 32 ‘C 34’C 36-c
_~ ..-
1 10 ‘c
-
4 g
110811091110
-L&O18.218-4
111111121113
18.5La.718.8
111411161110
19-a19.1193
1117 1941118 1961119 19.8
112011211122
19-920.120.2
1123 20-41124 20-51125 20.7
1126 20-81127 lb01128 21.1
112911301131
113211331134
2l.321.4tl.6
12 ‘C 14 “C 16 ‘C 18 ‘C 2e’C 2232 24-c X’C 28'C 3Q’C t
- - - - - -
g G
1% 217197 219199 221
g G g G 8 G 3 G 8 4-
198 219 204199 821 2@1201 823 2@3
-
22122.3225
- -
20.2 22320.3 22520.5 227
-
204205207
-
226228230
-
20520520.9
G g G
!a!28 !a&8 231230 219 233232 u-2 235
110811081110
20.1 a232&a 22520.4 227
2ch3r20.4 7
20,6 @9
m5 227 ST 230 20.9 232 al.1 234 2l.3 237 111120% 229 2 % 233 2lQ 234 2l.3 236 21.5 239 1112a08 231 us 234 2l.2 236 2l.4 238 11.7 241 1113
a06 229 20.8 231 219 233 2l-2 236 21-4 238 21.6 241 21.8 243 1114-7 231 20.9 2!i3 21.1 235 2i-3 238 al.5 240 21.8 243 22-O 245, 111520.9 233 2l.l 235 2l.3 237 ‘2l-5 240 2l.7 242 2l.9 245 22.2 1247 1116
11.1 235 al.2 237 2l.4 24a al-7 242 21.9 244 22.1 247 22.3.. 249 1117P-2 237 21.4 239 21.6 242 21-8 244 22-a 246 22.2 249 22-5 251 111821-4 239 21.6 241 21.8 244 22-o 246 m2 248 22.4 251 22.7 254 1119
21.5 241 2l.7 243 219 246 22.1 248 22.3 250 22.6 253 22;a 256 112021.7 243 2l.9 246 22.1 24a 22.3 250 22.5 252 22.7 255 23.0 25a 112121.9 245 22.0 247 22.2 250 22-4 252 22.7 254 22.9 257 a2 260 1122
69 24722.2 24922.3 251
22.5 25322.7 26622.s 257
23.0 25923.1 26123.3 263
23.5 26523.6 26723.8 269
22.2 249 224 252 22.6 254 22.8 254 23.1 259 23.3 262 1123224 251 22.6 254 22-S 256 23.0 258 23.2 261 23.5 264 112422.5 253 22.7 256 22.9 258 23.2 260 23.4 263 23.7 266 1125
22.7 255 22.9 258 23.1 260 23.3 262 23.6 265 %a 268 1126ma 257 23.0 260 23.2 262 23.5 266 23.7 267 24.0 270 1127SO 259 23.2 !&2 23.4 264 23.6 267 23.9 269 24.1 272 1128
23.2 262 23.4 264 23.6 266 23.8 269 240 271 24.3 27423.3 264 23.5 266 23.7 268 240 271 242 273 245 27623.5 266 23.7 268 23.9 210 24.1 273 244 276 246 278
23-6 26823.8 27024.0 272
23-a 27024.0 272262 274- -
24.1242244-
272274276-
24324.424.6-
275277279-
24524.724,9-
278 248 281280 25.0 283282 25-l 285
112811301131
113211331134
-
G
-
g G G g g g G g G g G
-
200202204
-
la.218.418.5
-
202203205
-
18.418.518.7
-
la.718.8190
-
2M.209211
-
18.919.0192
-
209211213
-
19.0
14219.4
-
211213215
-
192194195
-
213w217
206 18.7 207 18.8 209 190 211 192 2l3 19.3 215 19.5 217 191 119208 18.8 209 190 211 192 213 193 215 19.5 217 197 219 199 221209 190 211 191 213 193 215 1+5 217 197 219 199 221 20.0 223
211 191 al3 193 215 19.5 217 19.7 219 198 221 20.0 223 20.2 225213 193 215 195 217 196 219 19.8 221 2ao 223 20-2 225 2@4 227215 L95 217 196 219 19.8 221 20.0 223 202 225 20-3 227 20.5 229
217219221
223225227
229231233
235236238
240242244
246248260-
19.6 219 19.8 221198 221 19-9 223199 22.3 20.1 225
20.0 I
20.120-3 ,
20.420.6 ,
20.8
223 20.1 225 203 227 20-5 229 267 231225 20.3 227 205 229 20-7 231 2oa 233227 20.5 229 2@6 231 20-a 233 21.0 235
20.1 225 20.3 2272@2 227 20.4 229204 229 20.6 231
229 20.6 231 2cka 233 21.0 235 21.1 237231 20.8 233 2l.o 235 21.1 237 21.3 239233 20.9 235 211 237 2l.3 239 21.5 241
20.5 231 20-7 233 20-9 I 235 21.1 237 2l.3 239 21.4 241 2l.6 24320.7 233 20-9 235 21.1 237 21.2 239 2l.4 241 21.6 243 21.8 24620.9 235 21.0 237 21.2 239 21.4 241 2l.6 243 21.8 245 21.9 247
2PO 237 2k2 239 21.4 241 21.6 243 21.7 245 21.9 247 22.121.2 239 2l.3 241 21.5 243 2l.7 245 21.9 247 22.1 249 22.3213 241 2l.5 243 217 245 21.9 247 22.1 249 22.2 251 22.4
21.5 242 21.7216 244 21.821.8 246 22.0
21.8 247 22.022.0 249 22.222.2 251 22.3
249 22.2 251 22.4 253 22.6251 22.4 253 22.6 255 22.7253 22.5 255 22.7 251 22.9
2k922.122.2-
248m252-
22.122322.4
244246248
250252254-
22.322.522.6
253255256-
22.522.622.8
255257259-
22.122.823.0-
257259261
22.923023.2-
259261263-
249
Es
166
E
261263266-
-
lz
-
144'1%197
1992012@2
2u4
#H801
2l.311.511.7
11.822.022.1
22.3225226
22-a22.923-l
23.3w23.6-
-
G
-
2l5117119
221223125
m22923l
233236237
239141243
245#I249
251253256
257259261
263lbb267-
Table 1 (Cbntirtued )
--z-T-z10 % 12 ‘c 14 “c 16 ‘C T20 ‘c 22 ‘c 28’C 3022 I 32 ‘C 38’C 40-cI
D,
113511361137
113911391140
114111421143
114411451146
114711481149
115011511152
115311541155
115611571156
116911601161
- -
G
-
269271273
g G
23.9 27124.1 27424.2 276
g G g G g-
24.124324.4
274 243 276276 245 2'ra278 24.6 280
-
24524724.9
G g G
279 24s 261281 249 263283 251 265
275 24.4 278 24.6 280 248 282 25.0 285 25.3 287277 24.6 286 24.8 282 250 284 252 287 25.4 289279 24.7 282 24.9 284 251 286 25.3 289 25.6 292
281 24.9 284 251 286 25.3 288 25.5 291 25.7 294283 25.0 286 25.2 288 25.4 2% 25.7 293 25.9 296266 25.2 288 25.4 290 25.6 292 25-a 2% %I. 298
268290292
25.3 2% 25.5 292 257 2% 26.0 297 26.2 30025.5 292 25.7 294 25.9 297 26.1 299 26.4 30225.7 294 25.9 2% 26.1 2% 26.3 301 26.5 304
2942%298
25.8 2% 26.0 298' 26.2 501 26-5 303 26.7 30626.0 2% 26.2 300 26.4 303 26.6 3% 26.9 306261 300 26.3 303 26.5 305 26-a 308 27.0 310
300 26.i 302 26-5 305 26.7 307 26.9 310 27.2 312302 26.4 304 26.6 307 26.9 309 27.1 312 27.3 314304 26.6 306 26.8 309 27.0 311 27.2 314 27.5 317
3% 26.7 308 27.0 311 27-i 313 27.4 316 27.6 319308 26.9 310 27.1 313 27.3 315 27.6 318 27.8 321310 27.1 313 27.3 315 27.5 317 27.7 320 28.0 323
312 27.2 315 27.4 317 27.6 320 27.9 322 28.1 325314 27.4 317 27.6 319 27.8 322 20.0 324 28.3 321316 27.5 319 27.7 321 28.0 324 28.2 326 28.4 329
316320322
-
27.7 32127.8 32326.0 325
27.928.1252
-
323 28.1 326 28.3 328 28.6 331325 20.3 328 28.5 331 28.7 333327 28.4 330 28.7 333 28.9 336
t
4
113611391137
113911391140
114111421143
114411461146
114711481149
115011611152
116311541165
115611571169
116911001181
-
g T-
G
-
g
-
G g- - - - -
22.2 252 22422.4 254 22.622.5 256 22.7
254 22.6 256 22.8 258 23.0 261 232 263 23-3 265 23.5256 22.7 258 22.9 260 231 263 23.3 265 23.5 267 23.7258 22.9 260 23.1 262 23.3 265 23.5 267 23.6 269 23.8
22.7 258 22.922.8 260 23x23.0 262 23.2
260 23-O 262 23.2 264 23.4 267 23.6 269 23.8 271 24.0262 23.2 264 23.4 266 23.6 268 23.8 271 wa 273 242264 23.3 266 23.5 268 23.7 270 23.9 273 243 275 243
23.1 264 23.223.3 266 23.523.4 268 236
265 23.5 268 23.7 270 23.9 272 241268 23.6 270 238 272 240 274 242270 23.8 272 240 274 242 276 244
23.6 270 23-a23.7 272 23923.9 273 241
I
272 23.9 274 24.1 276 24.3 278 245274 24.1 276 24.3 278 24.5 280 247276 243 278 24.5 280 24.6 282 24.8
24.0 275 242 278 244 280 24.6 282 24-a24.2 277 24.4 280 246 282 248 284 25.02+3 279 24.5 282 24.7 284 249 286 251
24.5 281 24-724.6 283 24.824.8 265 250
24i9 267 25.125.1 289 253252 291 254
25.425.5257
25625-725.9
25.826-O26.1
2932%297
299301303
---
26.0262263
-
284286268
2%292293
2%297299
301u)3305
-
24.9 2% 25.125.0 288 25.225.2 2% 25.4
25.325.425.6
253 292 25.525-5 294 25.7256 2% 25.8
25-725-926-o
250 298 26.0259 300 26126.1 302 26.3
26.226.326.5
26-226.4265
304306308
-
26425-6267
266am26.9
-
G
-
G
275277279
261263285
287289291
2932%297
299301303
365307309
311313315
-
- - _-
g G g-
243 277 24.524.4 279 24.624.5 aa 24.8
m724.9250
2832852a7
24925.1252
25.2 289 25425.4 291 25625.5 293 257
25.7 2% 25925.8 297 26.026.0 2% 26.2
2fi.l 301 26.326.3 303 26.5264 305 26-6
26.6 307 26.826.7 309 27926-9 311 27.1
27.0 313 27.327.2 315 27.427.4 318 274
g
25-O25225.3
25525.625.8
25.926.126.2
26.426.526.7
26.827.027-l
- -
g G
-
29025.2253
-
2042062a8
255 29025.7 %!a258 294
26.0 2%26.1 299263 301
26.5 SOS266 305268 307
26.9 30927.1 31127.3 313
27.4 31627.6 3172’1.7 320
27.9 32228.1 32428.2 326
28.428528.7
28929-o29.2
-
328330332
334336339
--
G g
2a7 2.342gg 234
271 24-c
273 a*2275 244277 245
279 24.7.281 24-a
283 25.0
286 512sl 25.3289 25.5
291 25.6293 25.12% 25.9
298 =1300 26.2Jo0 26.4
301 26.53(# 26.73OfJ,26.9
g G
253 287254 289256 291
a58 293Es9 2 %26-I 298
s3 300t&4 302266 304
26.7 30626.9 30827.1 310
27.2 31227.4 31427.5 316
M.7 31827.9 32128.0 323
28.2 32528.3 321285 329
28.7 331288 33329.0 335
291 338293 340295 342
-
&
10 ‘c
-
16’C
_
T-
t
4
115211531184
116511551167
115811891170
13711’1721173
117411751176
117711781179
118011811182
1183%1841186
118611871188
T T T T T T1Z'C 22’02 M’C 26% 38'C 4'CZO'C 36’C18 ‘c
I? g G
- -
26-1 31026.8 31227.0 314
- -
26.9 31227.0 31427.2 316
g G
27.1 31527.2 31727.4 319
27.1 316 27.3 318 27.5 32127.3 318 17.5 320 27.7 3232'1.4 32a 17.6 322 27.6 325
27.6 322 27.8 324 2&O 32727.7 324 27:9 326 28-l 32927.9 326 DO 328 28.3 351
28.0 328 28-a28.2 330 2a-428-3 332 285
2&4 33328-6 33528.7 337
28.528.628.8
334336338
340542344
346348350
352354356
358360362
-
2a.728.8240
28-9 33929.0 341142 343
28.9291292
291293294
293 345245 347296 349
293295296
29.629.729.9
a48 351299 3633o.l 365
29-829-950-l
3O-03O.l303
3043Q650-7
3.30333336
337339341
30s345347
349351353
355357359
361363365
-
3o.2 3573o-4 360305 362
3o-23o.43o.5
-
28’C 3O’C 34'C
- -
G
- -
G
- - -
g g G g- - - - -
28.1 327 28.4 330 28.6 33228.3 329 28.5 332 28.7 33428.5 331 28*7 334 28.9 336
290 337291 339
291 5.38 B-3292 340 145294 i42 t9.6
28.8 336 290 3.38 29-3 341 29.5 344 198290 338 29.2 340 t9-g 343 297 346 DO241 340 294 342 m-6345 299 346 !Ol
293 342 295 345 29.8 348 300 350 so.3294 344 297 347 299 350 3c-2 363 3o-429.6 346 298 349 ml 352 w3 355 W6
29.7299Dl
348350352
BO 351 ma 354 30.5 357301 353 30-4 356 3Q6 359I?&3 355 3o.5 358 508 361
3o.7PI.93l.l
302 354 30.4 357 3o.7 360 30-9 363 31.23o.4 357 3O.6 359 3O.8 362 31.1 365 31.43e5 359 ma 362 31.0 365 31.3 361 31.5
307 361 309 364 31.2 367 31.4 370 31.130.8 363 3l.l 366 31.3 369 31.6 372 31.631.0 365 31.2 368 315 371 3l.7 374 32-C
31.1 36731.3 3693l.4 372
3l.4 370 3l.6 373 31.9 376 32.231.5 372 318 375 32.0 378 32.231.7 374 319 377 323 380 32e
31.6 3743l.8 3763l.9 378
31832.032.1
32.1 58032.2 382324 384
32.332.532.6
32.432.532.7
32.033X331
-
383385387
389391393
-
t
-
g G 4- -
29-6 344 1152298 346 118329.9 348 1154
301302m4
350363355
115511881187
a6 361 11883o.7 359 11883o.9 361 1170
3l.o31.23l.3
36536s368
117111721173
31.531.731.8
370372374
117411751178
3213 376 117732.1 378 117832.3 361 1178
32.432.632.8
32.933-l33-2
33.4SE33.1
-
383385387
389392394
396392400
-
118011811182
118311841185
1185118711m
- -
G
-
g g-
26.326.4266
- -
305 26-5xl7 26.6309 26.8
26.7 311 26.926.9 313 27.127.0 315 27.2
27.2 317 27.427.3 319 27.527.4 32l 27.6
27.6 323 27.827.7 325 27.927.9 327 28.1
28.0 329 UJ-228-2 331 28-428-3 333 28-5
28.52&628.8
-
335337339
341343345
347349351
353365357
-
28.728-a29-a
28.9241292
29129329.4
29.3295296
298299301
29.6247299
300zQ.2303
-
-
G
-
307309311
313315317
319321323
325327329
331333336
338340342
344346348
350352354
356358360
-
-
G
-
g
-
G
-
g-
317319321
- -
27.5 32027.7 32227.8 324
-
27.727-928-o
323 28.0 326 28.2325 28.1 328 28.3327 28.3 330 28.5
329331333
335338340
342344346
348350362
354356368
36a362364
36636a371
-
28.426.628.7
332334336
338MO342
344346348
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357359361
363366367
369371373
-
28628-828.9
28.924029.2
241292294
29.3245296
295297298
29829.930-l
3&o30130.3
30.2s4305
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30730.831.0
30931931.2
31.131.231.4
-
31-33l.53l-6
-
-
G
-
3223243!s
328330332
334338339
511343se
ST349361
3533M361
359561363
36536237a
372374376
-
-
G
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324327329
331333335
337339341
343345347
349352354
35635636C
362364366
36a379
372
37437l379
-
-
G
-
333335337
340342344
346348350
352354356
358360363
365367369
371373375
377379382
-
-
G
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341343345
347349351
3s356358
360562364
366369371
373375377
379382384
3863823%
3%3%581
--
-
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27-928-l28-2
26-428528-7
26.929.0191
293aos2 %
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30730631.0
3l.l31’53l.4
32.63w3v
-
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28.628.82&9
295297298
305Xb6308
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31.431.531.7
31-a32-a32.1
-
1
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1Sb1-9sssc84$bsb0%TSCLJGSZSb8.9’26ZbS.95
Dsb94S9Zbb.SZLZb54sbZbznszcSSSZZC043
EZPZ-SE6Tb644TZbo*SSLTbL.bS8Tb8+SSTb944
9TbLbSSTbb*bIPTCS+STTbS.blZTCb+S6ObT.bS
OTCZ.bS8ObTNSOb6.M
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STDZ+SFibO.bS6Ob8,SSSQPST1ZLZLST)T.bSOIb8.SSLOb9.SSbobb,CSLLLLlib6.E8ObL.SSSObSGZObiaOLZL
QSbs*SSLZbESSSZbD*SSOZbWSLibs+SbibE.bSLZb*SEbZbtssTZbMS8Tb946STbb+SZTbTM5ZbZsSZZbOJZ6TbL+S9TbWCSTbZ+SOIbow
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8Ob83S90+9ssSObS.SSOObl.SS60219obLSSWbb.SSTObz.zsUbSDC6021bQbSTSZOPSPi66Sl.SS46sS.ZSLOZ 1
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16ss*Ssb6SonT6S8*ZS68Ss.zs98SS.ZSS8ST.ZS08s 6.118LS9.TSSLS0.1s96sT*S$Z6S6.ZZ68s9.ZS98Sczsb8SZ.ZS1826.1s8LS klSSLSS.ISSLSz.tsS6SOSE06sL.ZZL8Ss*zsb8Szzs28so.zs6LS8.1s9LS 9.15ELFS.PiILS1.1s
Z.IS69S63SSlLO.lSL9S84Sc6lL&OS59S9oSZ6LL
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88S98sb8S-
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-
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6LSLXSLS
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9.1sS,TSs-TS
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8
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53
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8
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99sb9SZ9S
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9
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.
Iable 1 (Continued )
t 10 ‘c 22 ‘C T 24’c 26’Cr T 28-c T 3O’C T 32’C 34°C 36°C
-
38-c 4O’C_--t
- - - -
4 g G g G B G g G g G g G g G g G g
-
G
- - - - -
g G g G
-
G g G g
-
G 4
1216 34.11217 54.21218 34-4
-
414416418
34.334.534.6
-417419421
34.634734.8
- - - -420 3+8 423 35.0422 34.9 425 352424 551 427 35.3
-
426428450
353 4 2 9 35.635.5 431 35.735.6 434 35.9
- -432 =a435 36.0437 36.1
-436 36.1 4 3 9438 36.3 441440 36.4 443
-36.436.536.7
442445447
-36.736.837.0
-
446448450
g G
36.9 44937.1 45137.3 454
37.237.437.6
-
453455457
g-37.537.737.9
-
456459461
37.9
38038.1
-
460462465
38.238.33a.5
-
464467469
121612171218
121912201221
34.5 420 34.734-E 422 34.934.6 425 35.0
423 35.0 426 35.2 429 35.5 433 358 436 360 439 36.3 442 36.6 I 446 36.8 449 37.1 452 37.4 456 37.7 460 380 463 38.3 467 38.7 411425 351 428 35.4 432 35.7 435 35.9 458 362 441 36.5 445 36.7 448 37.0 451 37.3 4% 37.6 458 37.9 462 38.2 466 38.5 470 pa 474427 35.3 431 35.5 434 35.8 437 36.1 440 36.3 444 36.6 4 4 7 B9 450 37.2 454 37.4 457 37.7 461 3&O 464 38.3 468 38.7 472 390 476
121912201221
im 34.5 427 35.2 430 35.4 433 35.7 436 36.0 439 36.2 443 365 446 36.8 449 37.0 453 37.3 456 37.6 459 37.9 463 38.2 467 3&5 470 38.8 474 392 479 im1223 35.1 429 35.3 432 35-6 435 35.8 438 36.1 442 36.4 445 36.6 448 36.9 451 37.2 455 37.5 458 37.8 462 38.1 465 38.4 469 38.7 473 39.0 477 393 481 12231224 35.2 431 35.5 434 351 437 36.c 441 36.3 444 36.5 447 36.8 450 37.1 454 37.4. 457 37.6 461 37.9 464 38.2 467 38.5 471 38.8 475 392 479 395 484 1224
1225 35.2 433 35.6 436 35.9 439 36.1 443 36.4 446 36.7 449 37.a 453 37.2 456 37.5 459 37.8 463 38.1 466 384 470 38.7 474 390 477 39.3 482 397 4%1228 35.5 435 35.8 438 36.0 442 36.3 445 36.6 448 36.8 451 37.1 455 37.4 458 37.7 463 37.9 465 382 469 385 472 38.9 476 391 480 395 484 398 4aa1227 35-6 437 359 441 36.2 444 36.4 447 36.7 450 37.0 454 37.3 457 37.5 461 37.8 4 6 5 38.1 467 38.4 471 387 475 390 479 39.3 482 396 486 400 491
1228 35-a 440 36.1 443 36.3 446 36.6 449 36.9 453 37.1 4 % 37.4 459 37.7 463 389 467 38.3 470 38.6 473 3a.9 477 392 481 395 4% 398 489 402 4931229 35.9 442 36.2 445 36.5 448 36.7 451 37.0 455 37.3 458 37-6 462 37.8 465 38.1 469 38.4 472 38.7 476 39.0 479 393 483 396 487 40-O 491 4Q3 4%1230 36-1 444 36.4 447 36.6 450 36.9 454 37.2 457 37.4 461 37.7 464 380 467 58.3 471 386 475 38.9 478 3 9 2 482 395 486 398 490 401 494 405 498
1231 36.2 446 36.5 449 36.81232 36.4 448 36.1 452 36.91233 36.5 451 36.8 454 37.1
37.1 456 37.3 459 37.6 463 37.9 466 38.2 470 385 4 7 3 388 477 39.037.2 458 37.5 462 37.8 465 38.0 468 38.3 412 38.6 4 7 6 38.9 479 39237.4 461 37.6 464 37.9 467 38.2 471 38.5 474 38.8 478 391 482 394
3 9 3 484 39.6 488 40-a39.5 487 398 4% 40.139-7 489 4O.O 493 40-3
40-3 4% 40.7 5014o.5 49s 408 50340-6 501 4l.a 5%
1234 36.7 453 37.0 456 37.21235 36.8 455 37.1 458 3F41236 37.0 457 37,3 461 37.5
37.5 463 37.8 466 38.1 470 38.3 473 38.6 4 7 7 389 480 39.2 484 39537.7 465 37.9 469 38.2 4 7 2 385 475 38.8 479 391 483 39.4 486 39.737.8 467 3a.l 471 38.4 4 7 4 3a.7 478 39.0 481 393 485 395 489 39.8
398 49140.0 49440-l 4 %
4Ql4o.340.5
4%498500
40.8 504 4l.2 50841.0 506 41.3 51141.1 508 41.5 513
123712391239
37.1 459 31.437.3 462 37.637.4 464 37.7
463465467
37.737.838.0
453455457
459461464
466468471
473415478
-
38.0 470 38.3 473 38.5 477 38.8 480 39-l 4a4 3 9 4 4873&l 472 38.4 475 38.7 4 7 9 390 483 393 4% 39.6 49038.3 474 38.6 478 38.9 481 391 485 394 488 397 492
397 / 491
I’399 493
400 4 %
40.3 4 % 40-6 502405 501 40.8 50540.6 503 4PO 507
4l.3 511 41.7 51541.5 512 41.8 5184l.6 516 42.C 520
1240 17.61241 17.71242 17.9
470 38.1972 3a.3074 38.5
38.438.638.7
480 39.0 4 8 4 393 487 39-6482 39.2 4 8 6 395 490 397485 39.3 488 396 492 399
- -
477479481
- - - -
491 39.9 4%4% 400 4974 % . 101 499
-
. 140.2 4984o.3 5014o.5 503
40040240-3
40.540.740.8
-
4814834%
488490492
4%497500
502505507
-
ma 50641.0 50841.1 511
41.141.341.4
-
510512515
4wJ40.6408
41.c41.141.2
41.:41.t41-t
-
492494497
4%502504
507509511
51451E51:
-
41.8 511 42.i 52342.C 521 42.2 52542.1 52: 42.E 528
122512291227
122812291230
123112321233
123412351235
123712381239
124012411242
- - -
, Table 1 (ConD’nued )
T T T T T T1o'c 14 “c 16-C 18 “C 262 28’C 34’C 36’C 38’C 4O’C22 l c U% 3O’C 32 ‘C
- - - -
g
-
G g
-
G g
-
G
I
g G
41.3 / 513tP4I 51611.6 518
g G
- -
40440540.7
502504507
-
40.740.841.0
-
505 41.0 509508 41.1 512510 4l.3 514
- -
41.6 51741.8 52041.9 522
408 509 41.1 513 41.5 516 4b8 520 42.1 5244l.o 511 4l.3 515 41.6 519 4l.9 523 42.3 52741.2 514 41.5 517 41.8 521 42.1 525 42.4 529
41.3 516 41.6 520 41.9 524 42.3 528 42.6 53241.5 519 41.8 522 42.1 526 42.4 530 42.7 53441.7 521 4P9 525 42.3 529 42.6 533 42.9 537
41-a 523 42.1 527 42.4 531 42.7 535 43.142.0 526 42.3 530 42.6 534 42.9 538 43.242.1 528 42.4 532 42.7 536 43.1 540 43.4
4a.341.442.6
530533535
538540543
645548550
553555557
560562565
-
42.642.742.9
534537539
542544547
549552554
557559561
564566669
-.
42.9 538 43.2 542 43-643.1 541 434 545 43.743.2 543 43.5 547 43.9
4ca42.943.1
43.143.243.4
43.4 546 43.7 550 44.143.6 548 43.9 552 44.243.7 551 44.0 555 44.4
43-Z43943-6
43.543.743.9
43.544-c44.2
44.444.544.7
44.845d45:
553556558
561563566
568571573
-
44.2 557464 56044.5 562
44.544.744.9
43.743.944.0
44.24444+5
-
*a44.244.4
44.7 565 45.044.9 567 45245.0 570 454
452 I 57245.3 575
I45.5 577
45.545745.9
- -
539542544
547549552
Es4557555
562564561
56:572574
57:57:58:
-
20 “c
- -
G
-
g G
395 49139.6 49339.8 495
g g-
39.8
39.940-l
-
494497499
40-i402404
40.0 498 40.3 502 40540.1 500 44l+4 504 40.740.3 502 40.6 506 409
40.4 505 40.7 509 41.040.6 507 40.9 511 41.240.7 510 41.0 513 41.3
40.9 512 41.2 516 41.54l.o 514 41.3 518 41.641.2 517 41.5 520 41.8
41.4 519 41.7 523 42.041.5 521 41.8 525 42111.7 524 42.0 528 42.3
11.8 526 42.1 530 42.4t2.0 529 42.3 532 42.602.1 531 42.4 535 42.8
12.3 533 42.612.4 536 42.812.6 538 42.9
82.8 54012.9 54303.1 545
13.2 54813.4 55043.5 563
537540542
544547549
552554556
-
42.943.143.2
44143.243.4
43.443.643.7
43.543.743.9
-
43.944.044.2
-
t
-
g
-
G
- - - -
521 12.3 526 42.7524 12.5 528 42.8526 12.6 531 43.0
-
530533535
D,
124312441245
43.2 538 1246433 540 124743.5 543 1248
43.7 545 1249438 548 12#)44.0 550 1261
44.244.344.5
553555558
561563566
568571573
57c57:581
5w5M58!
591595%
-
126212531254
44.7*a4450
126512661267
45.2453455
126812591260
45745046.0
46.246.346.5
46.146-f47.t
-
126112021263
126412651266
12671268,12W
t
- - - - -
G
- -
g G g G R G g g
1243 3801244 38.2124S 383
-
473415417
- - - -
383 416 38.E 48038.5 479 38.8 48238% 481 38.5 484
389
39.039.2
-
483486488
- -
39-2 48739.3 48939.5 492
1246 38.5 48C 38.8 485 39.1 487 39-4 490 39.7 4941247 38.7 402 38.9 486 392 489 39.5 493 39.8 49f1248 3&8 404 39.1 488 39.4 491 39-7 495 40.0 49:
1249 39.0 481 39.2 490 395 494 39.8 497 40.1 5011260 39.1 40s 394 492 391 496 40.0 500 40.3 50:1261 39.3 491 395 495 398 498 40.1 502 40.4 5Of
126212631254
394 493 39.7 497 4oc 501 40.3 504 40.6 5of396 496 39.9 499 40.1 503 40.4 507 40-7 511397 498 40.0 502 40.3 505 40.6 509 40.9 51:
12-66 39.9 !#I 4@2 504 40.4 508 40.7 511 41.1 5151256 40.0 502 40.3 506 00.6 510 40.9 514 41.2 5171257 40.2 505 40.5 508 40-a 512 41.1 516 41.4 520
126812691260
126112621263
126412661269
12671mm@
40.3 507 40.6 511 RI.9 515 41.2 518 41.5 522405 509 408 513 11.1 517 41.4 521 41.7 52540.6 512 40.9 515 U*i 519 41.5 523 41.8 527
40.8 514 41.1 518 41.4 522 41.7 525 42.040.9 516 41.2 520 11.5 524 41.8 528 42.141.1 519 41.4 523 11.7 526 42.0 530 42.3
41,2 521 41.5 525 41.841.4 523 41,7 527 $2.041.5 526 41.8 529 12.1
42.142.342.5
42.642.842.9
533535537
540542545
-
42.442.642.8
4l.74&B42.0
-
528 42.0530 42-l533 42.3
12.3t2.412,6
42943.143.2
529532534
536539541
5445%548
-
-
G
-
4956005a3
505507510
5115155ll
519522524
527529531
534636639
w544546
548551553
55656856l
-
-
f? G g
41.9
42.142.3
42.442.642.8
529531534
12.813.013.1
42.9 536 43.343.1 539 43.543.3 541 43.6
43.4 544 438436 546 44.043.8 549 44.1
43.9 551 44.344.1 554 44.544.3 556 44.6
44,4 559 44844-6 561 44.944.7 564 45.1
44.9 566 45-3451 569 45.4452 571 45.6
45.445.6451
45:46.146.1
-
574576579
581584587
-
45.845946.1
46.346.446.6
-
-
G
533536538
541543546
548551553
5565511561
563566568
57157257c
57:5815&(
58t58!591
-
t
Table 1 (Continued )
T T10 ‘c 14-c 16'C 18'C 20 ‘c 22’C 30’C 38’C 4OO’C24% 26’C 32'Ct 12'c
-
g
-
G
- -
g G
127012711272
- -
42.1 53542.3 53742.4 540
g G
42.4 53942.6 54142.8 544
-42.842.943.1
-
542545541
12*3 42.6 542 42.9 5461274 42.7 544 43.1 5481275 42.9 547 43.2 551
43.2 5%45-4 55243.5 555
127612771278
43.043.243.3
549551554
43.4 55343.5 55643.7 556
43.7 551438 5Ei44.0 562
127912#)~201
43.5 556 43*ls 56043.6 559 44.0 563438 561 44.1 565
564561569
128212231264
459 563 44.3 56844.1 566 44+4 57044.2 568 44.6 572
44.6 57244.7 57444.9 576
128s12861287
44.4 570 44.7 575 45.1 57944.6 573 44.9 577 45.2 58144-7 575 45.0 580 45.4 584
128812891290
44.9 578 45-2 582 455 586450 580 45.3 584 45.7 589452 582 45.5 587 458 591
129112921293
45.6 589 46.045.8 592 46.1460 594 46.3
1294i2961226
45345545.6
45.745.946-l
-
585587590
5925%597
-
46.1 597 46.446.3 599 46.646-4 601 46.7
59259f591
601603606
-
28’C
g g G g
-
G
-
G
- - -
g g G g
44-o46244.3
-559561564
-44.344.544-6
-563566568
-
*744845.0
-567570572
- -
45.3 57646-4 57845.7 581
-45745846.0
13.8 558 44.2 562 44-5 566 44.8 570 45.1 575MO 560 443 565 44-6 569 45-a 57s 45.3 57714.2 563 44.5 567 44.8 571 45-l 575 455 580
458 583 46.2460 5% 46.346.1 588 46.5
1413 565 44.6 569 45.0 574 45.3 518 46.6 582w5 568 W8 572 45.1 576 455 500 45.8 585W6 570 45.0 574 453 579 45.6 583 459 587
46.3 591 46.646.5 593 46-846.6 5% 47.0
14.11 573 451 577 45.4 581 458 585 46.1 5% 46.4 594 46.8 5% 47.1w9 575 453 579 45.6 583 459 588 46.3 692 46-6 596 46.9 601 47.3151 578 45.4 582 95.1 586 46.1 590 464 595 46.8 599 474 603 47.4
15.3 560 456 584 45.9 588154 582 45.7 587 46.1 59115.6 585 459 589 46.2 593
593 46.6 597 46.9 601 47.3 605 47.6595 46.7 600 47.1 604 47.4 608 47.85s 46.9 602 47.2 606 47.6 611 47.9
157159I&O
5875%592
46.046.246.4
, 592 46.4 5%594 465 598597 46.7 601
6.246.446.6
,46.746.947.0
600643605
47.147.24774--_47.547.747.8
605 47.4 609 47 7 613 48.1607 47.5 611 47.9 616 48.2610 47.7 614 WI 619 48.4
E-2 5% 46-5 599 46.8 603l&3 597 46.7 601 47.0 6066.5 600 46.8 604 47.2 6011
66-6 602 47.016.8 605 47.117.0 607 47.3
5% 17.3 611509 17.5 613611 17.6 616
47.247.347.5
47.747.848.0
48.1uL.318.4
-
ma6106U
612 47.9 616 46.2 621 48.6615 48.0 619 48.4 623 48.7617 48.2 622 48.5 6% 48.9
6l6618620
620 46.4 624 48.7 629 491'&n 48.5 627 48.9 631 492625 48.7 629 490 634 494
17.117.3b7.4
-
610 47.4612 47.6615 47.8
I;I
614616619
17.817.9WI
-
618621623
623625so
-
627630632
-
48.8 632 49248.9 634 494492 637 495
637639642
-
496498499
34’C
- -
G g G
46.0 58446.2 58746.3 589
g
-
G g-
it30582585
- -
46.4 58946.6 59246.7 594
-46.846-947.1
587 46.5 592 46.9 597 47.3590 46.7 594 47.0 599 47.4593 46.8 597 47.2 602 47.6
5% 47.0 600598 47.2 602500 47.3 605
47.4 604 47.847.5 607 47.947.7 610 48.1
Eo3 47.5 607 47.9 612505 47.7 610 48.0 615608 47.8 612 48.2 617
48.348.448.6
6lO 48.0 615 48.4 620613 48.1 618 48.5 622615 48.3 620 48.7 625
48.848.9491
618 48.5 623 48.8 627 433620 48.6 625 490 630 49-4623 48.8 628 492 633 496
625628631
48.9 63049.1 633493 636
494495497
633636639
642644647
-
636639641
644647650
65265565a
-
49850X50.1
495 639 499496 641 WO498 644 503
cze.350.550.7
50.0 647 504502 650 50650.3 652 508
50.851.051.a
r
4-
599502504
127012711272
507 1273609 1274612 1276
614 1278617 1277620 1278
622625628
630633636
639641644
647660653
665658661
664667670
127912201281
120212831284
128512261207
12R812821290
129112221293
129412961286
-
B G
-
43143-243.4
-
547549552
44-544-644.8
44.945.145.2
576578581
583586588
45.8 59046.0 59346.2 5%
46.3 59846.5 60046.6 603
46.8 60546.9 60s47.1 610
- - -
-
G g-
5945%599
-17.2t7.317.5
602 17.7604 17.8607 18.0
609612615
617 48.7620 48-8622 490
625 492628 49-3630 495
633636639
641644647
650652655
658661664
-
497499501
5Q25045Q6
50.851.05l.l
51.35l.55l.7
- -- - - - - -
Table 1 (Cotthued )
T_.
10 “C 12-c 4O’C14°C 16°C 18 “c
- - - -
R G R G R G R G
-
46. t46.;46.i
-
60460E605
46,947.047.2
608611613
-
47.247.447.E
-
613615618
47.6 61141.7 62C47.9 62C
-
47-S48.148.2
-
6’21624626
-
48.340.448.6
-
62E628631
48.6 63048.8 63348.9 635
47.t47.i47.2
611614616
47.4 616 47.747.5 618 47.E47.1 620 48x
620 480 624623 4 8 2 627625 48.3 62S
48.448.548.7
628 48.7 633631 48.9 636634 49.0 638
49.1 63849.3 64149.4 644
47.547-E47.e
619 47.8 623621 48.0 625624 48.1 620
48.2 628 4 8 5 632 48.848.3 630 4&l 634 49.048.5 633 40.8 631 49.2
636 49.2 641 49.6 646639 49.4 544 49.8 649642 49.5 646 49.9 652
47.9 626 48.3 630 18.6 635 490 659 49-3 644 49.7 649 50,l 65445.1 629 48.4 633 18.8 637 491 642 49.5 647 49.9 652 5o.3 65749.2 631 48.6 635 18.9 640 49.3 645 49.7 650 500 655 50.4 660
13.4 633 48.7 638 $9.1 643 49.5 647 49.8 652 50.2 657 50.6 66218.5 636 489 640 w3 645 49.6 650 50.0 655 50.4 660 50.8 665S&7 638 49.1 643 19.4 648 498 653 50.2 658 50.5 663 51.0 668
w9 641 49.219.0 643 49 419.2 646 49.5
646618651
19.6 650 5@0 655 50.3 660 50.7 665 51.1 67119.7 653 50.1 658 50.5 663 50.9 668 51.3 67379.9 655 50.3 661 50.7 666 51.1 671 51.5 676
w3 649 49.7195 651 49.919.7 654 50.0
654656659
iO.1 658 50.5 664 50.8 668 51.2 674 51.6 679502 661 50.6 666 5l.o 671 51.4 676 51.8 682XT4 664 508 669 51.2 674 51.6 679 52.0 684
;9,a 656 50.2iO,O 659 50.43.1 662 505
662664667
a.6 667 51.0 672 51.3 677 51.7 682 52.1 687iO- 7 669 51.1 614 51.5 679 51.9 685 52.3 690iO.9 672 51.3 677 51.7 682 52.1 687 52.5 693
SO.3jO.5%I6
664667670
670 il.1 675 51,5 680 51.9 685 52.3 $90 52.7 696612 il.2 677 51.6 683 52.0 688 52.4 693 52.8 698615 51.4 680 51.8 685 52.2 690 52.6 696 53.0 701
32-C 38°C t
- -
g G
51.4 66651.6 66951.8 672
g G 0,- -
51.9 67352.1 676522 678
129712981299
51-9 675 52.4 68152.1 679 52.6 68452.3 681 52.8 687
130013011302
52.5 684 530 69052.7 687 531 69352,a 690 53.3 696
130313041305
53.0 693 535 69953.2 695 537 70253.4 698 539 705
130513071308
53.6 701 541 70853.8 704 54.2 71153.9 707 54.4 714
130913101311
54.1 710 54.6 717 131254.3 713 54.8 720 131354.5 716 550 723 1314
54.7 719 552 72654.9 722 554 729
55.1 725 556 732
131513161317
552 728 55 ’ 735 131855.4 731 559 738 131955.6 734 561 741 1320
j5.a 737560 740x.2 7 4 3
563 744565 74756.7 750
132113221323
I
D,
129712981299
130013011302
130313041305
130513071308
130913101311
131213131314
131513161317
131813191320
132113221323
- -
- -
4a.S 63549-l 63749: 640
49.3
49.549.7
643 49.8646 50.0648 50.2
651 50.4654 50.5657 50.7
659 50.9662 51.0665 51.2
5kC 667 51.45P2 670 51.651.2 673 51.7
5l.5 676 51.95l.7 679 52.151.9 681 52.3
52.0 684 52.4522 687 52.652.4 690 52.8
52% 693 53.052.7 696 53.1529 698 53.3
54153.353.4
-
53.553.7538
-
640643645
- -
49.7 645494 64750.1 650
648 505 653651 50.4 656653 5O.f 658
656659662
661664667
664 51.2 669667 51.4 672670 51.E 675
673 51.8 678675 52X 681678 52.1 684
681 52.3 686684 52.5 689687 52.7 692
52.9 69553x 698552 701
53.453%53.7
53.9 71254.1 71554.3 718
g-
SO.150.350.5
- -
650 504653 50.7655 5O.S
-
655658661
51.051.151.3
-
661664666
50.6 658 5i.a 663 51.5 66950.8 661 51.2 666 51.7 67251.0 664 51.4 669 51.8 675
51.2 666 51.6 672 52.0 67851.3 669 51.8 675 52.2 68051.5 672 51.9 678 524 683
51.751.952.0
675 52.1 680 52.6 686678 52.3 683 52.7 689681 52.5 686 52.9 692
i2.252.4i26
683 52.6 689 53.1 695686 52.8 692 53.3 698689 53.0 695 53.5 701
52.752.9i3.1
692 53.2 698 53.6 704695 53.4 701 53.8 707698 53.5 703 54.0 710
i3.3i3.5j3.6
701 53.7 706 5a.2 7137c4 53.9 709 54.4 716706 54.1 712 54.6 719
i3.ai4.0i4.2
709 54.3 715712 54.5 718715 54.6 721
722725728
i4.4i4.6i4.7
718 54.8 724121 55.0 727724 552 730
54.754.955.1
55.355.555-7
-- -
R G-L462 I m46.4 60:46,5 601
16.7 6016.8 60117,O 61:
17.1 61417.3 61i17 4 615
17.6 m:17.8 62417.9 627
@I 62!18.2 63118.4 634
w5 636u.7 63918-a 641
19.0 64419.1 64619.3 649
19.4 65219.6 654198 657
19.0 659io.1 66?IO.3 665
I
T;rble 1 (CotltittltCd )-~--
22 *.c 24°C 26°C T-
28’C T-
32 ‘CT T 30°C T2O'C 36’C16°C
g G
52.0 68852.1 691
t
52.3 693
52.5 69652.6 69952.8 702
I53.0 70553.1 I 70753.3 ~ 710
I53.5 , 71353.7 ; 71653.8 719
34-c
- - - - - -
g G g G &? G g G g-
699701704
53.6 710 544%a 712 54.254.0 115 54.4
- - - -
715 54.5 721 54.9718 54.6 724 55.1721 54.8 727 55.3
-
727730733
g G
55.4 73355.6 73655.8 739
-
55.956.156-3
-
740743746
53.9 71654.1 718
54.1 718 54.6 724 55.0 no 55.5 736 560 742 56.5 74954.3 121 54.9 727 552 733 55.6 739 56.1 746 56.7 75254.5 124 54.9 730 55.4 736 55.8 742 56.3 149 =a 755
716 54.2 721 54.7 127 551 733 556 739 560 745 56.5 752 51.0 759718 54.4 724 54-a 130 55.3 736 55.7 742 56.2 748 56.1 755 51.2 762721 54.6 727 SO 733 555 139 559 745 56.4 751 56.9 758 57.4 765
724 54.8 730 552 736 55.7 742 56.1 748 56.6 754 57.1 161 57.6 768727 54.9 733 55.4 739 55-a 745 56.3 751 568 758 57.3 764 57.8 771730 55.1 736 55.6 742 56.0 748 56.5 754 57.0 761 57.5 767 58.0 114
733 55.3 139 55.8 145 56.2 751 56.7 757 57.2 764 57.7 770 58.2 177736 55.5 742 559 748 56.4 754 56.9 760 57.4 767 57.9 773 58.4 780739 55.7 145 56.1 751 56.6 757 57.1 763 57.6 770 580 777 58.6 784
52.9 708 53.3 713 53.7 719 54.1 724 54.5 730 55.0 736 55.4 74253.0 710 53.4 116 53-a 724 54.3 727 54.7 733 55.1 739 55.6 74553.2 713 53.6 719 WO 724 54.5 730 54.9 736 55.3 742 55-a 748
55.9 74856.0 75156.21 754
56.4 I 75756.6 96056.8 763
563 754 56.8 760 57.3 767 57.7 773 58.2 no 58.8 78756.5 157 57.0 763 57.4 770 57.9 776 58.4 103 59.0 79056.1 760 57.1 766 57.6 773 581 779 586 786 59.2 793
56.9 763 57.3 769 57.8 776 583 703 58.8 789 594 79657.0 766 57.5 772 58.0 779 585 786 59.0 793 59.6 80057.2 769 57.7 775 58.2 782 58.7 789 59.2 796 59.8 803
96o 56.9 966 51.4 772 57.9 778 58.4 785763 57.1 969 51.6 775 58.1 782 586 788766 57.3 992 57.8 778 58.3 785 58.8 792
58959159.3
59.559.759.9
792795799
802805aoa
-
59.4 799 6O.O 8065 9 6 802 60.2 81059.8 606 6o.4 813
969 57.5 1 975772 57.7 I 118975 51.9 181
58.058.258.3
-
781784ma
-
58.558.758.8
788791794
59.059.2594
795798801
600 809 6O.6 8166O.2 812 60.8 a206o.4 816 61.0 a23
38-c 40-ct
- -
Q G
i
G ‘!? G g
-
G
1324 50-4 667 XI.81325 50-6 670 51.01326 50-7 673 51.1
-
672675678
51.251.351.5
678 51.6680 5l.7683 51.9
-
683685688
-
52.452.552.7
693 52.8695 52.9699 53.1
1327 50-9 675 51.3 680 51.7 686 52.1 6911328 51-l 678 5b5 683 51.8 688 52.2 6941329 51-2 681 5i.6 686 52.0 691 52.4 696
52.9 702 53.353.0 704 53553.2 707 53.6
1330 51.4 683 51.8 689 52.2 694 52.6 6991331 51.5 686 51.9 691 52.3 697 52.7 7021332 51.7 689 52.1 694 52.5 699 52.9 705
53.4 710 53.853.6 713 54.053.7 716 54.2
1333 51.9 691 523 697 52.7 702 53.1 7071334 52.0 694 52.4 699 52.8 705 532 7101335 52.2 697 526 702 53.0 708 53.4 713
53.9 718 54.354.1 721 54.554.3 724 54.7
1336 52.4 700 52,s 705 53.2 710 53.6 716 54.0 721 54.4 729 54-91337 52.5 702 52.9 70s 53.3 713 53.8 719 54.2 724 54.6 730 55.01338 527 705 53.1 710 53.5 716 539 722 54.4 727 54.8 733 55.2
133913401341
134213431344
134513461347
134813491360
53.4 716 53.8 722 54.2 727 54.655’5 719 54.0 725 54.4 730 54.853.7 721 54.1 727 54.6 733 55.0
53.8 724 54.3 730 54.7 736 55.154.0 7il 54.5 733 54.9 739 55.354.2 730 54.6 736 55.1 742 55.5
54.454.554.7
733735738
- -
548 739 55.2 744 557550 742 55.4 747 55.855.1 744 55.6 750 56.0
733736739
741744747
750753756
-
55.1 739 55.5 746 55-955.2 742 55.7 747 56.155.4 745 55.8 750 56.3
55.655.855.9
‘I56156.3
747750753
756759
56.056.256.4
753756759
56.556.756-a
I’
-
56.5’ 762
56.6 762 57.056.7 765 57.256.9 768 57-4
1
D,
132413251326
132713281329
133013311332
13331334133s
133613371338
133913401341
134213431344
134.613481347
134813491360
- -- -
57.0 156 57.5 76357.2 759 57.7 16657.3 162 57.8 769
51.5 765 580 77251.7 768 58.2 71557.9 771 58.4 778
58.1 775 58.6 78258.3 778 58.8 7%58.5 781 590 788
58.7 784 59.2 79158.9 787 594 795541 791 59.6 798
59.3 794 598 801595 797 60.1 805597 aoo 6o.3 ,808
599 804 6o.5 811601 807 6O.7 8156o.3 810 w9 818
,@5 814 61.1 821a7 817 61.3 825609 820 6l.5 a28
61.1 824 61.7 832613 821 619 83561.5 t31 62.1 839
L _‘_ -
. I .
Table 1 (Conhued )--
24 ‘C -rT T T T T r26’C 28’C 3O’C 32 ‘C 36°C 40-c14 “c10 ‘c 12 “C 16 “C 20 ‘c 22 ‘C
g G
i
54.9 74155.0 74455.2 747
- -
G
- -
g g G g g G
-55.355.555.7
-
747750753
-55.755.956.1
-
753756759
g G
56,2 75956.4 76256.5 765
- -
56.6 76556.8 76857.0 771
-57.157.357.5
- -771 57.6774 57.9777 57.9
-
778781784
1g ~-
58.058.250.4
-
784787790
58.558.758.9
55.4 75055.6 75355.7 756
55.8 7% 56.3 762 56.7 768 57.2 774 57.6 780 58.1 787 58.6 79356.0 759 56.5 765 56.9 771 57.4 777 57.8 783 58.3 790 58-a 79756.2 762 56.6 768 57.1 774 57.5 780 58.0 786 58-5 793 590 a00
55.9 758 56.4 765 56.8 771 57.3 777 57.7 783 58.2 790 58.7 796 592 803 59756.1 761 565 768 57.0 774 57.4 780 57.9 786 58.4 793 58.9 799 594 806 59956.2 764 56.7 Tll 57.2 777 57.6 783 58.1 789 58.6 796, 591 802 596 809 Wl
56.4 767 56.9 774 57.3 780 57.8 786 58.3 792 58.7 799 59.2 806 59.8 813 60.356.6 770 57.1 7?6 57.5 783 58.0 789 58-4 795 5a,9 802 59.4 809 59.9 816 60.556.8 773 57.2 779 57.7 786 58.2 792 58.6 799 59-l 805 596 812 6o.l 819 co.7
1353 56.9 776 57.4 782 57.9 789 50.3 795 58.8 802 59-3 808 598 815 6o.3 a23 60.91364 57.1 779 57.6 785 58.1 792 58.5 798 590 a05 59.5 811 6o.a 818 60.5 826 61.11305 57.3 782 57.8 788 58.2 795 58.7 801 592 a08 59.7 815 6o.2 822 60.7 a29 61.3
1306 57.5 785 57.9 191 58.4 798 58.9 804 59.4 811 59.9 818 604 825 60.9 8321367 57.6 788 58.1 794 58.6 801 59.1 807 59.6 814 60.1 821 6o.6 828 61.1 8361369 57.8 791 58.3 797 58.8 809 59.3 a11 59.8 817 603 824 ma a31 61-3 a39
135913701371
58.0 79458.2 79758.3 800
58.558.758.8
8008o4807
59.059.159.3
59.559.7599
60.160.260.4
-
807 59.4 814 599 821 605 828 61,O a35 61-5 842810 59.6 a17 601 824 M)6 831 61.2 838 61.7 846813 59.8 820 603 a27 60.8 834 61-4 841 6l.9 849
61.561.761.9-_62.162.362.5
1372 5 8 5 803 59.0 8101373 58.7 8c6 59.2 8131374 5 8 9 so3 594 816
816 60.0 823 60.5819 60.2 826 60.7822 60.4 829 60.9
a3c833837
840843a47
-
61.0 a37 61.6 845 62.1 a52 62.761.2 841 618 848 62.3 a56 62.961.4 a44 62.0 851 62.5 a59 63.1
1375 59.1 812 59.61378 592 815 59.81377 59.4 818 59.9
819822825
-
826 60.6 833 61.1829 608 a36 61.3832 m9 839 61.5
61.6 841 62.2 855 62.7 86361.8 851 62.4 a58 63.0 a6662.0 854 62.6 862 632 870
6s5-3KS66.x.8
5
g G
50.6 81950.8 82261.0 826
-
g-
il.2il.4il.6
61.2 829 il.8614 a33 i2.061.6 836 i2.2
61.9 83962.1 84362.3 846
j2.5i2.7i2.9
62.5 85062.7 85362.9 857
I
Q
135113521353
135413551356
135713581359
136013611362
130313641365
136613671368
130913701371
137213731374
137513761377
- - - -
G
-
791794797
800804807
810813816
820823826
a3Ga33a36
840a43846
850a53a57
a60864a67
871a74878
-
- -
g G
- -
59.6 80559.7 80859.9 811
-
g-
61.160.360.5
-
G
-
812815818
60.1 814 60.7 82260.3 818 60.9 82560.5 821 6l.l 828
60.7 824 61.3 83261.0 828 61.5 83561.2 831 61.7 839
61-4 834 61-961.6 838 62.161.8 a41 62.3
62.0 a45 62.662.2 a48 62.862.4 852 63.0
a42845a49
853a56860
62.6 a5562.8 a5963.0 862
63.2 86663.5 86963.7 a13
63.964.164.3
a77880884
64.6 88864.8 89165-O a95
-
-
826B30833
-
g-
61.862.062.2
62.462.662.8
-
G
-
942346B49
853
- - - - -
g G
590 797592 80159.4 804
596 807598 8106O.O 814
6o.2 817a4 a20606 824
608 82761.0 83061.2 834
6l.4 a3761.6 8406P8 a44
62-O a4762.2 85162.4 854
62.7 a58629 86163.1 a65
63.3 868635 a72637 876
63.9 87964.2 883644 887
Table 1 (Contimed ) _
T T T T -r10 ‘c 14-c 16°C 18 ‘C 24 “c M’C 3O’C 32 ‘C 4O’C t12 “c 2O'C 22 “c
-
60.1 82860.3 a32
i
m5 835
60.7 838m9 84161.1 844
- - - - - - -
g G g G g G g G g G g G R G g G- -596 821598 02560.0 828
-60.660861.0
- -835 61.1838 61.3842 61.5
-
843846a49
- -
61.7 85061.9 85362.1 857
60.260.460.5
831gyla37
61.2 845 61.7 a53 62.3 &a61.4 848 61.4 a56 62.5 86361.6 852 62.1 859 62.7 867
62.2 85862.4 86162.6 864
I
62.8 86863.1 87163.3 875
-
62.863.C63.2I-865869
872
63.4 873636 87763.8 880
63.4 876 64.0 884 64.7 a9363.6 880 64.2 887 64.9 8%63.9 883 645 891 651 900
60.7 841 61.2 848 61.8 855 62.3 863 62.9 87060.9 844 61.4 851 62.0 858 62.5 866 63.1 87461.1 847 61.6 854 62.2 862 62.7 869 63.3 877
63.5 81863.7 88263.9 885
64.1 887 64.7 8% 65.3 90464.3 890 64-9 a99 65.5 90864.5 894 65.1 902 6!F7 911
61.3 a50 61.8 857 62.4 065 62.9 873 63.5 881 64.1 8E,9 64.7 897 65.3 9%61.5 853 62.0 861 62.6 868 63.1 876 647 864 64.3 892 64.9 901 65.5 91061.7 a57 m2 864 62.8 072 63.3 879 63.9 888 64.5 8% 65.1 905 68 913
61.9 860 62.4 867 63.0 075 63.6 883 64.1 891 64.7 900 65.4 908 660 91762.1 863 626 871 63.2 879 63.8 887 bl-3 a% w9 903 65.6 912 &2 92162.3 867 62.8 874 65.4 082 64.0 890 64.6 899 651 907 65.8 916 66.4 924
62.5 870 63.0 878 63.6 886 64.262.7 873 63.2 881 63.8 089 64.462.8 877 63.4 1 885 6QO 893 64.6
894897901
bb865.065.2
902906909
654 911 66.0 919 66.6 92865.6 914 66.2 923 66.9 93265.8 918 66.4 927 67.1 936
28’C
g G
-
65.265.565.7
8999039%
65.966.166.4
910914918
66.6 922668 92667.1 930
66.6 924 67.3 93366.9 928 67.5 93767.1 932 67.8 941
67.3 936 680 94567.5 939 68.2 95067.8 943 66.5 953
680 947 68.7 95768.2 951 69.0 96168.5 955 69.2 965
687 959 69.5 970689 963 697 97469.2 967 69.9 978
69.4 971 70.2 98259.7 975 70.4 98659.9 979 70-7 990
TO*1 983 70.9IO.4 988 71.2IO.6 992 71.4
64.8 905 654 913 66.0 922 ES.765-O 9oa 65.6 917 66.3 926 66.965.2 912 65.8 920 66.5 930 67.1
65.4 916 66.1 924 667 933 67.3657 919 663 928 66.9 937 67.665.9 923 66.5 932 67.1 940 67.8
66.166.366.5
-
926 66.7930 66.9934 67.2
935939943
-
67.4 94467.6 94867.8 952
68.068.368.5
-
Q
137813781380
138113821383
13841386138d
138713881388
138013811382
138313841385
138813871388
138814001401
1402140314Q4
I
Q
137813791380
138113821383
138413851385
138713881389
139013811392
139313941395
139513971398
139914001401
140214031404
880883887
890894898
901905908
-
63.063.263.5
63.763.964.1
64.364.564.7
-
8%900904
907911914
918921925
- -
931934938
942946950
954958962
-
-
g
-
G
-
64.064.264.4
-
882885889
915919922
66.6 92666.9 93067.1 934
67.3 93867.5 94167.8 945
68.068.268.5
68.768.969.2
69.4696699
-
949953957
961965969
973977981
-
64.264.464.6
64.865.165.3
65.565.765.9
- -
67.3 94067.5 94467.8 947
68.0 95168.2 95568.5 959
68-7 96368-9 96769.2 971
m . . . I,7 . . .\lame 1 ~tonrtnuea ).-
38’C
--
4O’C1-
T I
14 “cI
16 “C1o'c 3O’C 32 “C28°C
K G
70.9 99671.1 loo071.4 1005
'Il.6 100971.9 101372.1 1017
72.4 lo2172.6 lo2672.9 1030
731 103473.4 105873.7 1043
73.9 104174.2 lo5274.5 lo5c
74.7 lo6175.0 1w752 107(
755 1074758 107:76.0 108;
76.3 108176.6 109;76.9 109;
77.1 110:77.4 110;77.7 111:
I
t
140614061407
140814091410
141114121413
141414161416
141714181419
26’C
R G
'0.1 985'O-4 989'O.6 993
10.9 998Il.1 loo2r1.4 lax
fl.6 1010Il.8 101412.1 1019
f2.3 lo23r2.6 102712.6 lo31
13.1 1036l&3 lo4013.6 lo44
73.9 104974.1 lo5374.4 lo58
74.6 lo6274.9 lo67752 1071
'f!b5 107675.7 10817&O 1085
1
76.3 109076.5 lo9476.1) 1099
12 ‘c 24 “c
j9.4 975j96 979B-9 983
E-1 987
ro.4 99170.6 995
10.8 loo011.1 100411.3 loo8
11.6 1012Il.8 101612.1 lo20
72.3 lo2572.6 lo2912.8 lo33
73.1 lo3873-3 lo42756 lo46
73.8 105074.1 105574.4 1060
74.6 lo6474.9 106975.2 lo73
754 lo7875.7 108176.0 1081
20 “c 22-c
in G
68.7 966690 969692 973
694 97769.7 98169.9 995
10.1 989TO-4 99370.6 998
TO.9 loo27l.l 10067~3 lmo
U-6 1014Tl.8 101872.1 1023
72.3 lo2772.6 103172-8 1035
73.1 lo4C73.3 lo4473.6 lO4I
73.8 105:74.1 105774.3 1w
74.6 lO6l7+91o?c75.1 107t
t
D, g g G
140514081407
- -
649 91265.1 91565.3 919
-E5.5El-759
-
920924928
1408 65.5 923 56.1 9311409 65.7 926 564 9351410 65.9 930 666 938
1411 66.2 934 668 9421412 66.4 937 67-O 9461413 66.6 941 67.2 9x)
141414151416
141714181419
142014211422
142314241425
14.2614271429
142914301431
66.8 944 67.4 953 68.1 962 58.8 972 69.4 98267.0 948 67.7 957 68.3 966 59.0 976 69.7 98667.2 952 67.9 961 68.5 970 592 980 69.9 99c
67.4 956 681 965 68.8 974 594 984 70.167.7 959 68.3 969 69.0 978 597 988 70.467.9 963 685 972 69.2 982 59.9 992 70.6
68.1 967 688 976 69-4 986 7o.l 9% 70.868.3 971 69C 980 69.7 990 7o.4 ooo 71.168-6 975 692 984 69.9 994 706 004 71.3
68.8 978 694 98869.0 982 691 99269.2 986 69.5 995
69.4 9%69.7 99469.9 998
.ooa
.oo4,008
70.170.470.6
-
,012,016,020
-
G
-
-
G
-
I
G g
-
G
-
g
929933936
-
s757-O57.2
-
938941945
67.467.667.8
-
947951954
940 i7.4 949 68.1 9%943 57.6 953 68.3 962947 57.8 957 685 966
951 58.1 960 68.7 970955 a3 964 69-O 974959 58.5 968 69.2 978
998 708 no8 71.61002 71.1 ,012 71.8loo6 71.2 ,016 72.0
1010 71-f1014 11.tLO18 72.c
12.372.572.8
lo22 72.2lo26 72.:1030 72.8
- -
994998.002
loofLOlCLO14
LOU10221021
1031Ku!Los!
iw104I105:
-
-
R
7
-
-
G
-
-
R
-
g*-
66.166.366.5
66.867.067.2 1
67.467-667.8
70.170.4 17Q6 1
70.9 171.171.3
71.5 171.8 172.0.
-
g G
-
i8.1i8.33.5
-
95696096)
3.8 968$9.0 972$9.2 976
$9.4 98059.7 984599 988
IO.1 992lo.4 996IO.6 1ofJo
109Tll11.3
loo410081012
11.6 101671.8 LO20'12-l 1025
72.372.672.8
R G
r1.7 loo7r1.9 101112.2 1016
12.4 lo2072.7 lo2412,9 lo28
13.2 103313.4 1037737 lW1
74.0 104614.2 lo5074.5 lo55
74.7 1059740 106375.3 lo68
755 107375.8 lo7776.1 1082
764 lo87766 lo91769 lo96
77.2 110177.5 1106778 1111
78.1 111578.4 112078.6 1125
Table 1 (Contittued J
IO ‘c 12 ‘C 14’c 16 ‘C 18 ‘c 2@‘C 22 ‘c 24’C, 26 ‘C 28’C 30°C
g G g G g G g G
708 1014 71-5 1024 72.3 1035 73.0 1046TPl 1018 71-a 1028 12.5 1059 73.3 105071.3 1022 72-o 1032 72.7 1045 755 1054
g G g G g G Ig GTg G g G
73-8 1056 M-6 1068740 1061 74.6 107274.3 1066 '15-l 1077
g G
7541079757 10847591089
78.0 1117 78.9 113078.3 1122 792 113578.6 1127 795 1140
71.5 1026 72.2 1037 '13.OlW? 736 1058 7+5 1070 75.3 108171.8 1030 72.5 1041 73.2 1052 7+0 1063 748 1074 756 108672-O 1034 72-T 1045 7351056 74.3 106T 7511078 759 1090
I
I
,
I
I
1
,
1
1
1
i
I
I
,
-
76210937641098767 1102
78.9 1131 79.8 11457a11136 aO.lll5079.4 1141 80.4 1155
72-2 1039 7~01049 73.7 1060 74-5 1071 75.3 1063 7&1109572.5 1043 73.2 1053 7+01064 766 1076 7561087 16.4 109972-T 1047 73.4 1058 74.2 lW9 75Oloaa 75.8 1092 76.6 1104
71.0 110777.3 111277.5 1116
197 1146 80.7 ll6080.0 1151 81.0 116580.31156 81.3 1170
72.9 1051 73-T 1062 745 1073 7531085 76.1 1096 76.9 110873.2 1055 759 1066 74.7 1077 75.5 1089 76.4 1101 77.2 111373.4 1059 74-2 1070 75.0 1082 758 1094 76.6 1105 77.5 1118
n-8 112178.1 11%78.4 1131
80.6 1161 al.6 117680.9 1166 81.9 118181.2 1172 82.2 11%
73.7 1064 74-4 1075 75.2 1066 76.1 10911 76.9 1110 77.7 112273.9 1068 74-7 1079 75.5 1091 76.3 1103 77.1 1114 '18-O 112774.2 1072 74-9 1084 7581095 76-6 1107 77.4 1119 78-3 1132
78.6 1136789 1141792 1145
81.5 11778l.8 (118282.1 1181i
82.5 119182.8 119T83.1 l2Oa
744 1077 75-2 1068 76.0 1100 16.8 1112 77-7 1124 78-6 113774.7 1061 75-5 1093 76.3 1104 77.1 1116 78-O 1129 78-8 114274.9 1065 75.7 1097 76.5 1109 17.4 1121 78-2 1134 791 ii46
795 1150798 1155ml 1160
82.4 1192 83.5 120882.7 1197 83.8 121383+01203 pvl 1219
752 1090 76.0 llO2 76.8 lll3 77.6 11% 785 1139 79.4 1151754 1094 76.2 1106 77.0 1118 77.9 1130 78.8 1143 797 1156757 1099 765 1110 77.3 1123 78.2 1135 7911146 80.0 1161
m4116580-7 1170w9 1175
76.2 1091 77.1 110476.5 1096 774 110976.8 1101 7T.T 1114
7T.o 1105 77.9 111977.3 1110 78.2 1123'77.6 1115 78.5 1128
77.9 1120 78.8 113318.2.1125 791113678-4 1129 7931143
78.7 lu4 T9.6 114879oll39 79.9 1153793 1144 80.21158
796 1149 80.5 ll63799 1154 wa116880.2ll59 al.1 1173
805 1165 al.4 117880.7 1169 al;7 118381.0 1174 82.0 ma
81~3,llR 82.3 119.381.6 1118481.9'1189
82.6 ll%82.91204
83.3 1208 84.4 122483.6 1214 84.7 l23a84.0 1219 85.11235
75-9 1103 76-7 1115 77.6 1127 78.5 114676-2 1108 77-o 1120 77.8 1132 78.8 114576.4 1112 T7.3 1124 78.1 1137 7901150
76.7 1117 77.5 1129 78.4 1142 793 11%7e91l.21 77.8 1133 78.7 1146 796 116077.2 1125 78.1 1138 790 1151 799 1165
794 115s797 115879.9 1163
80-2 ill6880.5 1117380-a!1176
w3 116680.6 117180.9 117E
812 1180Ial.6 1185
818 1191
82.2 11% 63.2 120682.5 1206 83.5 121482.8 j1205 83.8 1220
84-3 1225 854 1241a+6 1230 85.7 124784.9 1236 86.1 1252
81.2 118281.4 118181-7 1191
62.111%82.4 12018271206
83.1 '1210 se2122583-4 1215 84-5123183-7 ml M-al236
I
85.3 1242 86.4 125885.6 1247 86.8126485.91253 87.1 1270
T 32 “C 3432 36-c 38’C 4O’C t
4
143214331434
143614361437
143814391440
1441144S1443
144414461440
144714481449
146014511462
lG314641465
146614671468
1
4
143214331434
143s14361437
143614391440
1441144Z1443
144414461440
1447144@1449
14w1461lM2
14G314641466
1468146714H
-
G
-
-
g-
M
Table 1 (Continued)
r T16'C 18 ‘c 20-c
--
22 ‘c 24-c 32 ‘C 34’C 36’C tI
38’C 4O’C
g G
BD2 1169m4 1174ao.7 1179
g G g G
a2.0 1197 83-o l21182.3 1202 83.3 121782.6 1207 83.6 1222
g G 4
WO 112684.4 123284.7 1237 a5-8i254
W-6126587.0 1270
145914901461
al.0 ii84al-3 ii89al.6 1194
82.9 1213 84-o 1227 85-o 1243 ~117.59 67.3 127663.2 1218 84-3 1233 a6-41249 a6+51265 07.7 128383.5 1223 84.6 12.36 85-7 I254 86-a in1 B8.0 Has
146214931494
al.9 mm82.2 120582.5 1210
83.8 1228 84.9 1244 86-o la64 87.2 1277 88.4 1295 aQ.8 131584.2 1234 852 1250 86-3 1266 4.5 1263 88-a 1302 902 132284.5 1239 a5-61255 86,7un 679 la89 892 1309 90-6 1328
146514951467
82-a 1215 83.8 1229 84.8 1245 a5-9 1261 67.0 1276 aa- 8Q.6 1315 91.0 133583.1 1220 84.1 12.35 85.1 1251 86.2 1267 87.4 A84 118.7 1302 9o.01322 91.4 134383.4 1225 84.4 1240 85.5 1256 86.6 1273 87.6 UQO 110113oQ W-4 1329 9l-8 1350
140914691470
83.7 1231 64.7 1246 C8 1262 86.9 1279 8&21aQ? aQ-5 1316 was36 92.3 135884.0 1236 850 1252 8621268 87.2 1285 8&5m u*a 1322 9l.2 1342 32.9 136784.3 1241 85-41257 86.5 1274 87.6 1291 B&s l310 9021329 91.7 1350 Q3-4 1376
147114721473
84.6 1247 85.7 1263 86.8 1280 88.0 1291 a93 1316 9061336 92.21358 93.9138484.9 1253 66-o 1269 67.2 1286 88.4 1304 a97 1323 91-l 1343 92.7 1367 94-4 1393853 1259 a6.41276 87.5 1292 888 1310 901133a 91.5 1351 93.2 1376 s-9 1401
147414751476
85.6 1264 a&? 1281 07-s 1298 89.2 1317 9o.51336 sl-9 1358 93-7 1364 95.5 1410 1477859 1270 87-O 1287 86.3 1304 89-5 1323 W61343 92-o 1367 94.2 1393 96-o 1418 147886.3 1276 87.4 1293 88.6 1311 ~91550 91-3 l36a 93.0 4375 94.81403 965 1427 1479
86.6 1281 87.8 1299 699 1317 90-3 1537 91.8 1368 93.5 138486.9 1287 88-11305 8%4 1324 90.7 1344 92.3 1366 se1 139387.3 1293 88-5 1311 89.8 1330 91.1 1351 92.8 1375 94.6 14ol
951 141096-5 1418%-o 1426
E_
953 141095-8 141896.31429
I
96.7 143597-l 144297.5 1447
96-s 143591.3 1441
I97.6 1446
87.6 1299 88.9 1318 90.2 1337 91.6 1358 93.3 1364aa. 1306 8Q-2 1324 90.6 1344 92.0 1566 93-s 139381.3 1312 8Q-61331 9LO 1361 92.6 1375 94-41101
91-9 145198-1145698-4 1461
149014911492
149314811495
10 ‘C 12'C
4
145914501481
g G
77.5 113077.7 113578.0 1140
78-3 114378.6 114818.9 1153
1452 7&3 1144 792 11581483 78.5 1149 79.5 11631454 78.8 1154 79.7 1167
1485 791 1159 80.0 11721485 79.4 1164 80.3 11771457 75.6 1168 50.6 1182
1409 79.9 1175 BO.9 11871489 aO-2 1178 81.1 11921470 80.5 1183 814 1197
1471 80.8 1188 El.7 12021472 al.1 ii93 B2.0 12071473 813 1198 82.3 1212
147414751479
147714791479
149014811492
148314941485
816 1203 82.6 1217al.9 1208 32.9 122282.2 1214 53.2 1228
82.5 1219 33.5 123382.8 1224 33.8 123883.1 1229 34.1 1243
03.4 123483.7 123984.0 1245
84.3 125084.6 125684.9 1261
$4.4 124954.7 125495.0 1260
EJ.4 126695.7 127296.c 1277
14 ‘C
g G
79-2 ll5679.5 116179-8 1166
80-l 117180.4 1176ail.71 1181
80.9 1186al.2 119181.5 1196
al.11 1201112.1 120682.4 1211
82.7 121683-o 122183.3 1227
83.6 123283.9 123784.2 1243
64.5 1248848 125485.2 1260
85.5 126585.8 127186.1 1277
86.5 128286.8 128887.1 1294
- - - - - - - - --
Table 1 (Cottimed >
T T T -
‘C 2o’C T 24% I . 26’c
-
G g G -
l337
!344
!351
9l.3 x357 91.9 1366 92.41514
g G
93.11583 B61392 94.1 1401
-
gG g
94.9 1410 96.5 954 1418 97.0 958 1426 97.3
1358 92*91363 94.61409 96.31434 97.6 366 934 1392 51 1417 *a 1442 974 ml 93.9 Moo 95-61426 97.21449 96.1
382 9e414o9 s-11434 97.5 1455 %4 L391 969 1417 C&6 1442 97.8 1460 96.6 L399 9541425 97-o 1449 98.0 1466 9&a
Mea 95.9 1434 97.3 1455 9a*31469 940 1416 96-4 1442 97.6 1461 98-5 1473 992 L425 =a 1450 97.9 1466 98.7 1477 993
L433 97.g 1457 98.2 1470 9a.914al 995 A41 97.6 1462 98.4 1475 99.11485 996 ,449 97-a 1467 98.6 1479 9921489 997
.456 A62 ,468
,472 1477 MS2
98.1 1472 9a.3 1476
I 9651461
I 98.7 14% 98.9 1488 9911492
98.8 1483 9401487 992 14%
9941492 999 99514% lo&c 99714%
99.3 1493 99.51497 94615OO
998 1501 9991xt4
99-a 14% 99-4 1498 995lYl2
94715% 9981508 999 1510
s715o3 99al505 .mo15oa
38’42 4?O’C 10 ‘C 12'C 14'c 16% 28’C 3O’C 32'C
1
g G 8 G g G g G
85.3 1267 86.3 12113 a75 boo mm8 856 1272 86.7 1289 87.9 l3c6 a9.ll324 g59 1278 87.0 1295 a&a 1312 B95 1331
a6.2 12s 87.4 ml a&6 1319 89-a 13311 a6.61290 87.7 1307 ak9 ~25 9B21344 86.912% as.1 1313 a931331 m-6 1351
87.2 1302 88.4 ‘-319 897l33a 914 l358 47.6 1508 88.8 1325 9olm5 9l.5 1364 87-9 l314 a92 n.32 9051352 91-9 1313
88.3 1520 895 1338 909 1359 924l38l 88.6 1326 a99 1345 9l.3 1366 92.9 l39o 89-01332 903 1352 9l.7 1373 9341399
a94 1339 90-7 1359 92.1 I380 93.9 1407 897 I.345 91-1 1365 92.7 l3a9 94.3 1416 901l352 91-5 1372 93.21338 44-9 1424
9051358 a.9 1379 93-7 14% 95-4 lti2 9091365 9291387 9+2 1414 9591440 9l.3 1372 m91396 9+71423 %4 1449
91-7 1379 92.11586 92-6 13%
93-l 1403 936 1411 W.1 1420
93.4 1404 93.9 1413 944'1421
\
94.9 1430 95-4 I438 95-a 1446
9511431 *a1466 95.6 1439 97.2 1463 96.11447 91.5 1469
S-61456 97.8 1474 97-01463 98.0 1478 97.3 1469 9&314a3
9661428 96.3 1454 97.6 1474 9511436 96-a 1462 97.9 1479 9551444 97.1 1468 s&l1484
9a-51481 9a.7 1492 98.9 14%
--
t
Dt
1486 1487 1488
1489 1490 1491
1492 1493 1494
1495 1496 1497
1498 1499 1600
1501 1602 1603
1504 1606 1606
1607 1508 1509
1510 1511 1512
t
Dt
1486 MS7 1488
1489 1490 1491
1482 1493 14S6
14M 1486 1497
1498 1499 1600
1601 1604 1603
l#w 1SOS 1606
1507 1#)8 1509
1510 1511 1512
_~
-
-
G
-
433
442 448
453 459 463
46a 472 476
480 463 187
490 493 4%
4% 501
-
-
G
-
853
157 t62
I66 t70 174
178 181 185
taa 891 I94
197
-
_ I ..-.._ ^.. ._ ” _ _
Table 1 (Concluded )
T l- T T16 l C 18 l c 2O'C 282 32 ‘C10 ‘c 12 ‘c
g G g Gi
96X1 1452 97.5 147596.5 1461 97.8 14&l969 1469 98.0 1485
97.3 1475 98.2 148997.6 1480 96.4 149397.8 1485 99.1 1498
98.1 2490 98.9 150296.3 1494 99.0 150598.5 1498 992 EC9
98.7 1503 993 15129a.9 1507 99-5 151599.1 1510 99.6 1518
992 I.513 99.7 152199.4 1516 93,9 152499.5 1519 lOO.01527
99.6 1522998152599.9 1528
00~0 3531
14 ‘c
g G
98-4 148898.6 149398.8 1497
9901501ss215CM993 1507
99.4 151099.6 151399.7 1516
99.8 151999.9 1522
t
D,
151315141515
151615171618
151915201521
152215231524
152615261527
152815291530
1531
161615171518
-
G
-
499592506
509512515
517
-
G
-
-
g-
99.199.299.4
94599999.8
99.9
-
g-
-
d
-
-
G
-
I I
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BIS is a statutory institution
-- “1
L
established under the Bureau ofIndian Standards Act, 1938 to promote. .harmonious development of the activities of standardization, marking and quality certification ofgoods and attending to connected matters in the country.
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