run plan for diffusion experiment at riken · 2012. 5. 15. · run plan for diffusion experiment at...

Run Plan for Diffusion Experiment at RIKEN

Fei LuMay 15th , 2012

1

Outline

• Introduction• Experimental Setup• Brho “Safe” Region• Fragments Calculation• Compare• Beam Charge States Measurement• Al Degrader• Disscussion

2

3

1. Introduction

1.1 Data taken at MSU (Ex07038)

• 112,118,124Sn + 112,118,124Sn • ~5 mg/cm2 Targets• 70 MeV/u beam energy• Event rates 200‐300/s• Beam Rate 2*107/s to 6*107/s• Millions of events:

BeamTarget

112Sn 118Sn 124Sn112Sn / 43hr 11.4M/11.2hr x 8.7M/11.3hr118Sn / 43hr 3.8M/2.8hr 10.7M/8.4hr x124Sn / 43 hr 12.3M/10.6hr 10.1M/9.5hr 15.2M/10hr

4

1.2 RIKEN Experiment

• 108Sn + 112Sn • 108Sn + 124Sn • 112Sn + 112Sn (referenced to MSU) • 112Sn + 124Sn (referenced to MSU)

Proposed dates: Nov 29 to Dec 12, 2012Primary beam: 124Xe (10‐30 pnA)124Sn Beam is not availableProposed beams : 108Sn and 112SnProposed reactions:

Calculations use beam intensities in the proposal based on 100 pnA of 124Xe beams

Microball from WU

2. Experimental Set up

Chamber from RIKEN

Scintillator & degrader foil ladder

Fast Plastic Scintillator with a hole in the center: Polystyrene ,C8H8, 1.06g/cm3, 125 micron

Target Thickness( mg/cm2)

112Sn 50124Sn 50

Beam Energy ( MeV/u)

Intensity (pps)

108Sn 73 6e+5112Sn 73 1e+6124Sn 73 6e+5

Experimental Setup

BigRIPSZero Degree Spectrometer

TargetSlits

6

(It turns out that the beam intensity is only 20% of what is written in the proposal and here)

3. Brho “Safe” Region

(In current setting, the same fragments from different reactions have the similar Brho. )

I. Avoid the beamII. Consider different reactions at the same time.

beam target Brhowithout plastic

Brhowith plastic

108Sn 112Sn <2.58 <2.52124Sn <2.58 <2.52

112Sn 112Sn <2.68 <2.62124Sn <2.68 <2.62

124Sn 112Sn <2.995 <2.935124Sn <2.995 <2.935

Conclusion: choose the Brho region smaller than 2.58.7

4.1 Run Plan for beam 108Sn (a)

Intensity of interesting nuclei : 140pps Intensity of all nuclei : 300pps

108Sn+112Sn:

Interesting nuclei : Z=30~45

D7-BrhoPlot108Sn (73.0 MeV/u) + Sn (50 mg/cm2); Settings on 108Sn 50+ 50+; Config: MDSMMSSMMDMMMMMMMMMMMM

dp/p=100.00% ; Brho(Tm): 2.5882, 2.4880

L I S E ++ [D:\Lise-forRIKEN\Sn108\RIEKN-ZDS-108Sn-Lu.lpp]10-05-2012 10:38:46

all charge states separ.sum of reactions

2.36 2.4 2.44 2.48 2.52 2.56 2.6 2.64Brho (Tm)

5

15

25

35

45

Yiel

d (p

ps/T

m)

98Rh 45+ 45+:100.0%98Rh 45+ 44+:100.0%98Rh 45+ 43+:100.0%97Rh 45+ 45+:100.0%97Rh 45+ 44+:100.0%97Rh 45+ 43+:100.0%

95Ru 44+ 44+:100.0%95Ru 44+ 43+:100.0%95Ru 44+ 42+:100.0%

93Tc 43+ 43+:100.0%93Tc 43+ 42+:100.0%93Tc 43+ 41+:100.0%

91Mo 42+ 42+:100.0%91Mo 42+ 41+:100.0%91Mo 42+ 40+:100.0%

96Ru 44+ 44+:100.0%96Ru 44+ 43+:100.0%96Ru 44+ 42+:100.0%

89Nb 41+ 41+:100.0%89Nb 41+ 40+:100.0%89Nb 41+ 39+:100.0%88Nb 41+ 41+:100.0%88Nb 41+ 40+:100.0%88Nb 41+ 39+:100.0%

86Zr 40+ 40+:100.0%86Zr 40+ 39+:100.0%86Zr 40+ 38+:100.0%84Y 39+ 39+:100.0%84Y 39+ 38+:100.0%84Y 39+ 37+:100.0%

90Mo 42+ 42+:100.0%90Mo 42+ 41+:100.0%90Mo 42+ 40+:100.0%

82Sr 38+ 38+:100.0%82Sr 38+ 37+:100.0%82Sr 38+ 36+:100.0%

87Zr 40+ 40+:100.0%87Zr 40+ 39+:100.0%87Zr 40+ 38+:100.0%

80Rb 37+ 37+:100.0%


dp/p=100.00% ; Brho(Tm): 2.5882, 2.4880



2.46 2.5 2.54 2.58 2.62Brho (Tm)

50

150

250

350

450

550

Yiel

d (p

ps/T

m)

107In 49+ 49+:100.0%107In 49+ 48+:100.0%107In 49+ 47+:100.0%107In 49+ 46+:100.0%

106In 49+ 49+:100.0%106In 49+ 48+:100.0%106In 49+ 47+:100.0%106In 49+ 46+:100.0%

107In 48+ 49+:100.0%107In 48+ 48+:100.0%107In 48+ 47+:100.0%107In 48+ 46+:100.0%

106In 48+ 49+:100.0%106In 48+ 48+:100.0%106In 48+ 47+:100.0%106In 48+ 46+:100.0%

104Cd 48+ 48+:100.0%104Cd 48+ 47+:100.0%104Cd 48+ 46+:100.0%104Cd 48+ 45+:100.0%

105Cd 48+ 48+:100.0%105Cd 48+ 47+:100.0%105Cd 48+ 46+:100.0%105Cd 48+ 45+:100.0%

102Ag 47+ 47+:100.0%102Ag 47+ 46+:100.0%102Ag 47+ 45+:100.0%104Cd 47+ 48+:100.0%104Cd 47+ 47+:100.0%104Cd 47+ 46+:100.0%104Cd 47+ 45+:100.0%

105Cd 47+ 48+:100.0%105Cd 47+ 47+:100.0%105Cd 47+ 46+:100.0%105Cd 47+ 45+:100.0%

103Ag 47+ 47+:100.0%103Ag 47+ 46+:100.0%103Ag 47+ 45+:100.0%

100Pd 46+ 46+:100.0%100Pd 46+ 45+:100.0%100Pd 46+ 44+:100.0%

103Cd 48+ 48+:100.0%103Cd 48+ 47+:100.0%103Cd 48+ 46+:100.0%

105In 49+ 49+:100.0%105In 49+ 48+:100.0%105In 49+ 47+:100.0%

101Ag 47+ 47+:100.0%101Ag 47+ 46+:100.0%101Ag 47+ 45+:100.0%

4. Fragments Calculation

8

Run Plan for beam 108Sn (b)

Region Plan A Plan B (1) Plan B (2)

Brho(Tm) 2.505 2.545 2.445

F9 Slits(mm) ‐75 ~ 75 ‐35 ~ 35 ‐75 ~ 75

Target:112Sn (Interesting pps / All pps) 93 / 190 56 / 118 51 / 107

Target:124Sn (Interesting pps / All pps) 81 / 160 52 / 106 40 / 82


dp/p=6.05% ; Brho(Tm): 2.5050, 2.5050



2.36 2.4 2.44 2.48 2.52 2.56 2.6 2.64 2.68Brho (Tm)

5

1e+1

2

5

1e+2

2

5

Yield

(pps

/Tm

)

107In 49+ 49+:100.0%107In 49+ 48+:100.0%107In 49+ 47+:100.0%107In 49+ 46+:100.0%

106In 49+ 49+:100.0%106In 49+ 48+:100.0%106In 49+ 47+:100.0%106In 49+ 46+:100.0%107In 48+ 49+:100.0%107In 48+ 48+:100.0%107In 48+ 47+:100.0%

106In 48+ 49+:100.0%106In 48+ 48+:100.0%106In 48+ 47+:100.0%106In 48+ 46+:100.0%

104Cd 48+ 48+:100.0%104Cd 48+ 47+:100.0%104Cd 48+ 46+:100.0%104Cd 48+ 45+:100.0%105Cd 48+ 48+:100.0%105Cd 48+ 47+:100.0%105Cd 48+ 46+:100.0%105Cd 48+ 45+:100.0%

102Ag 47+ 47+:100.0%102Ag 47+ 46+:100.0%102Ag 47+ 45+:100.0%102Ag 47+ 44+:100.0%104Cd 47+ 48+:100.0%104Cd 47+ 47+:100.0%104Cd 47+ 46+:100.0%

105Cd 47+ 48+:100.0%105Cd 47+ 47+:100.0%105Cd 47+ 46+:100.0%103Ag 47+ 47+:100.0%103Ag 47+ 46+:100.0%103Ag 47+ 45+:100.0%103Ag 47+ 44+:100.0%

100Pd 46+ 46+:100.0%100Pd 46+ 45+:100.0%100Pd 46+ 44+:100.0%

103Cd 48+ 48+:100.0%103Cd 48+ 47+:100.0%103Cd 48+ 46+:100.0%103Cd 48+ 45+:100.0%

105In 49+ 49+:100.0%105In 49+ 48+:100.0%105In 49+ 47+:100.0%105In 49+ 46+:100.0%

101Ag 47+ 47+:100.0%101Ag 47+ 46+:100.0%101Ag 47+ 45+:100.0%

107Sn 50+ 50+:100.0%107Sn 50+ 49+:100.0%107Sn 50+ 48+:100.0%107Sn 50+ 47+:100.0%

99Pd 46+ 46+:100.0%99Pd 46+ 45+:100.0%99Pd 46+ 44+:100.0%102Ag 46+ 47+:100.0%102Ag 46+ 46+:100.0%102Ag 46+ 45+:100.0%

106Cd 48+ 48+:100.0%106Cd 48+ 47+:100.0%106Cd 48+ 46+:100.0%

98Rh 45+ 45+:100.0%98Rh 45+ 44+:100.0%98Rh 45+ 43+:100.0%101Pd 46+ 46+:100.0%101Pd 46+ 45+:100.0%101Pd 46+ 44+:100.0%

97Rh 45+ 45+:100.0%97Rh 45+ 44+:100.0%97Rh 45+ 43+:100.0%95Ru 44+ 44+:100.0%95Ru 44+ 43+:100.0%95Ru 44+ 42+:100.0%93Tc 43+ 43+:100.0%93Tc 43+ 42+:100.0%93Tc 43+ 41+:100.0%

105In 48+ 49+:100.0%105In 48+ 48+:100.0%105In 48+ 47+:100.0%105In 48+ 46+:100.0%

107Sn 49+ 50+:100.0%107Sn 49+ 49+:100.0%107Sn 49+ 48+:100.0%107Sn 49+ 47+:100.0%

91Mo 42+ 42+:100.0%91Mo 42+ 41+:100.0%91Mo 42+ 40+:100.0%

103Ag 46+ 47+:100.0%103Ag 46+ 46+:100.0%103Ag 46+ 45+:100.0%

96Ru 44+ 44+:100.0%96Ru 44+ 43+:100.0%96Ru 44+ 42+:100.0%

89Nb 41+ 41+:100.0%89Nb 41+ 40+:100.0%89Nb 41+ 39+:100.0%88Nb 41+ 41+:100.0%88Nb 41+ 40+:100.0%88Nb 41+ 39+:100.0%86Zr 40+ 40+:100.0%86Zr 40+ 39+:100.0%86Zr 40+ 38+:100.0%84Y 39+ 39+:100.0%84Y 39+ 38+:100.0%84Y 39+ 37+:100.0%

90Mo 42+ 42+:100.0%90Mo 42+ 41+:100.0%90Mo 42+ 40+:100.0%

103Cd 47+ 48+:100.0%103Cd 47+ 47+:100.0%103Cd 47+ 46+:100.0%103Cd 47+ 45+:100.0%

82Sr 38+ 38+:100.0%82Sr 38+ 37+:100.0%82Sr 38+ 36+:100.0%87Zr 40+ 40+:100.0%87Zr 40+ 39+:100.0%87Zr 40+ 38+:100.0%

80Rb 37+ 37+:100.0%80Rb 37+ 36+:100.0%80Rb 37+ 35+:100.0%

92Tc 43+ 43+:100.0%92Tc 43+ 42+:100.0%92Tc 43+ 41+:100.0% 94Tc 43+ 43+:100.0%94Tc 43+ 42+:100.0%94Tc 43+ 41+:100.0%

78Kr 36+ 36+:100.0%78Kr 36+ 35+:100.0%78Kr 36+ 34+:100.0%

85Y 39+ 39+:100.0%85Y 39+ 38+:100.0%85Y 39+ 37+:100.0%

94Ru 44+ 44+:100.0%94Ru 44+ 43+:100.0%94Ru 44+ 42+:100.0%

104Ag 47+ 47+:100.0%104Ag 47+ 46+:100.0%104Ag 47+ 45+:100.0%

99Rh 45+ 45+:100.0%99Rh 45+ 44+:100.0%99Rh 45+ 43+:100.0%

76Br 35+ 35+:100.0%76Br 35+ 34+:100.0%

83Sr 38+ 38+:100.0%83Sr 38+ 37+:100.0%83Sr 38+ 36+:100.0%

Slits ±75mm ~ dp/p=6% Region B1 can be the same as region A

9

4.2 Run Plan for beam 112Sn (a)

Intensity of interesting nuclei : 220pps Intensity of all nuclei : 520pps

112Sn+112Sn:

Interesting nuclei : Z=30~45


dp/p=100.00% ; Brho(Tm): 2.6341, 2.5299



2.32 2.36 2.4 2.44 2.48 2.52 2.56 2.6 2.64 2.68Brho (Tm)

5

15

25

35

45

55

Yiel

d (p

ps/T

m)

96Ru 44+ 44+:100.0%96Ru 44+ 43+:100.0%96Ru 44+ 42+:100.0%

99Rh 45+ 45+:100.0%99Rh 45+ 44+:100.0%99Rh 45+ 43+:100.0%99Rh 45+ 42+:100.0%

98Rh 45+ 45+:100.0%98Rh 45+ 44+:100.0%98Rh 45+ 43+:100.0%

94Tc 43+ 43+:100.0%94Tc 43+ 42+:100.0%94Tc 43+ 41+:100.0%

89Nb 41+ 41+:100.0%89Nb 41+ 40+:100.0%89Nb 41+ 39+:100.0%

91Mo 42+ 42+:100.0%91Mo 42+ 41+:100.0%91Mo 42+ 40+:100.0%

87Zr 40+ 40+:100.0%87Zr 40+ 39+:100.0%87Zr 40+ 38+:100.0%

93Tc 43+ 43+:100.0%93Tc 43+ 42+:100.0%93Tc 43+ 41+:100.0%92Mo 42+ 42+:100.0%92Mo 42+ 41+:100.0%92Mo 42+ 40+:100.0%

97Ru 44+ 44+:100.0%97Ru 44+ 43+:100.0%97Ru 44+ 42+:100.0%

85Y 39+ 39+:100.0%85Y 39+ 38+:100.0%85Y 39+ 37+:100.0%

95Ru 44+ 44+:100.0%95Ru 44+ 43+:100.0%95Ru 44+ 42+:100.0%

80Rb 37+ 37+:100.0%80Rb 37+ 36+:100.0%80Rb 37+ 35+:100.0%82Sr 38+ 38+:100.0%82Sr 38+ 37+:100.0%82Sr 38+ 36+:100.0%

90Nb 41+ 41+:100.0%90Nb 41+ 40+:100.0%90Nb 41+ 39+:100.0%

83Sr 38+ 38+:100.0%83Sr 38+ 37+:100.0%83Sr 38+ 36+:100.0%

78Kr 36+ 36+:100.0%78Kr 36+ 35+:100.0%78Kr 36+ 34+:100.0%

84Y 39+ 39+:100.0%84Y 39+ 38+:100.0%84Y 39+ 37+:100.0%

100Rh 45+ 45+:100.0%100Rh 45+ 44+:100.0%100Rh 45+ 43+:100.0%100Rh 45+ 42+:100.0%

86Zr 40+ 40+:100.0%86Zr 40+ 39+:100.0%86Zr 40+ 38+:100.0%

76Br 35+ 35+:100.0%76Br 35+ 34+:100.0%76Br 35+ 33+:100.0%

95Tc 43+ 43+:100.0%95Tc 43+ 42+:100.0%95Tc 43+ 41+:100.0%

88Zr 40+ 40+:100.0%88Zr 40+ 39+:100.0%88Zr 40+ 38+:100.0%

97Rh 45+ 45+:100.0%97Rh 45+ 44+:100.0%97Rh 45+ 43+:100.0%

81Rb 37+ 37+:100.0%81Rb 37+ 36+:100.0%81Rb 37+ 35+:100.0%

88Nb 41+ 41+:100.0%88Nb 41+ 40+:100.0%88Nb 41+ 39+:100.0%

73Se 34+ 34+:100.0%73Se 34+ 33+:100.0%73Se 34+ 32+:100.0%71As 33+ 33+:100.0%71As 33+ 32+:100.0%71As 33+ 31+:100.0%74Se 34+ 34+:100.0%74Se 34+ 33+:100.0%74Se 34+ 32+:100.0%

75Br 35+ 35+:100.0%75Br 35+ 34+:100.0%75Br 35+ 33+:100.0%

69Ge 32+ 32+:100.0%69Ge 32+ 31+:100.0%

90Mo 42+ 42+:100.0%90Mo 42+ 41+:100.0%90Mo 42+ 40+:100.0%

77Kr 36+ 36+:100.0%77Kr 36+ 35+:100.0%77Kr 36+ 34+:100.0%


dp/p=100.00% ; Brho(Tm): 2.6341, 2.5299



2.48 2.52 2.56 2.6 2.64 2.68 2.72Brho (Tm)

50

150

250

350

450

550

650

Yiel

d (p

ps/T

m)

110In 49+ 49+:100.0%110In 49+ 48+:100.0%110In 49+ 47+:100.0%110In 49+ 46+:100.0%

111Sn 50+ 50+:100.0%111Sn 50+ 49+:100.0%111Sn 50+ 48+:100.0%111Sn 50+ 47+:100.0%

109In 49+ 49+:100.0%109In 49+ 48+:100.0%109In 49+ 47+:100.0%109In 49+ 46+:100.0%

111Sn 49+ 50+:100.0%111Sn 49+ 49+:100.0%111Sn 49+ 48+:100.0%111Sn 49+ 47+:100.0%

110In 48+ 49+:100.0%110In 48+ 48+:100.0%110In 48+ 47+:100.0%110In 48+ 46+:100.0%

109In 48+ 49+:100.0%109In 48+ 48+:100.0%109In 48+ 47+:100.0%109In 48+ 46+:100.0%

107Cd 48+ 48+:100.0%107Cd 48+ 47+:100.0%107Cd 48+ 46+:100.0%107Cd 48+ 45+:100.0%

111In 49+ 49+:100.0%111In 49+ 48+:100.0%111In 49+ 47+:100.0%111In 49+ 46+:100.0%

108In 49+ 49+:100.0%108In 49+ 48+:100.0%108In 49+ 47+:100.0%108In 49+ 46+:100.0%

106Cd 48+ 48+:100.0%106Cd 48+ 47+:100.0%106Cd 48+ 46+:100.0%106Cd 48+ 45+:100.0% 108Cd 48+ 48+:100.0%108Cd 48+ 47+:100.0%108Cd 48+ 46+:100.0%108Cd 48+ 45+:100.0%108In 48+ 49+:100.0%108In 48+ 48+:100.0%108In 48+ 47+:100.0%108In 48+ 46+:100.0%

111In 48+ 49+:100.0%111In 48+ 48+:100.0%111In 48+ 47+:100.0%111In 48+ 46+:100.0%

107Cd 47+ 48+:100.0%107Cd 47+ 47+:100.0%107Cd 47+ 46+:100.0%107Cd 47+ 45+:100.0%104Ag 47+ 47+:100.0%104Ag 47+ 46+:100.0%104Ag 47+ 45+:100.0%104Ag 47+ 44+:100.0% 106Cd 47+ 48+:100.0%106Cd 47+ 47+:100.0%106Cd 47+ 46+:100.0%106Cd 47+ 45+:100.0%105Ag 47+ 47+:100.0%105Ag 47+ 46+:100.0%105Ag 47+ 45+:100.0%105Ag 47+ 44+:100.0%

110Sn 50+ 50+:100.0%110Sn 50+ 49+:100.0%110Sn 50+ 48+:100.0%110Sn 50+ 47+:100.0%

103Ag 47+ 47+:100.0%103Ag 47+ 46+:100.0%103Ag 47+ 45+:100.0%103Ag 47+ 44+:100.0%105Cd 48+ 48+:100.0%105Cd 48+ 47+:100.0%105Cd 48+ 46+:100.0%105Cd 48+ 45+:100.0%

101Pd 46+ 46+:100.0%101Pd 46+ 45+:100.0%101Pd 46+ 44+:100.0%101Pd 46+ 43+:100.0%

108Cd 47+ 48+:100.0%108Cd 47+ 47+:100.0%108Cd 47+ 46+:100.0%108Cd 47+ 45+:100.0%

110Sn 49+ 50+:100.0%110Sn 49+ 49+:100.0%110Sn 49+ 48+:100.0%110Sn 49+ 47+:100.0%

96Ru 44+ 44+:100.0%96Ru 44+ 43+:100.0%96Ru 44+ 42+:100.0%99Rh 45+ 45+:100.0%99Rh 45+ 44+:100.0%99Rh 45+ 43+:100.0%99Rh 45+ 42+:100.0%98Rh 45+ 45+:100.0%

10


dp/p=100.00% ; Brho(Tm): 2.6341, 2.5299



2.4 2.44 2.48 2.52 2.56 2.6 2.64 2.68 2.72Brho (Tm)

5

1e+1

2

5

1e+2

2

5

1e+3Yi

eld

(pps

/Tm

)

110In 49+ 49+:100.0%110In 49+ 48+:100.0%110In 49+ 47+:100.0%110In 49+ 46+:100.0%

111Sn 50+ 50+:100.0%111Sn 50+ 49+:100.0%111Sn 50+ 48+:100.0%111Sn 50+ 47+:100.0%

109In 49+ 49+:100.0%109In 49+ 48+:100.0%109In 49+ 47+:100.0%109In 49+ 46+:100.0%

111Sn 49+ 50+:100.0%111Sn 49+ 49+:100.0%111Sn 49+ 48+:100.0%111Sn 49+ 47+:100.0%

110In 48+ 49+:100.0%110In 48+ 48+:100.0%110In 48+ 47+:100.0%110In 48+ 46+:100.0%109In 48+ 49+:100.0%109In 48+ 48+:100.0%109In 48+ 47+:100.0%109In 48+ 46+:100.0%

107Cd 48+ 48+:100.0%107Cd 48+ 47+:100.0%107Cd 48+ 46+:100.0%107Cd 48+ 45+:100.0%

111In 49+ 49+:100.0%111In 49+ 48+:100.0%111In 49+ 47+:100.0%111In 49+ 46+:100.0%

108In 49+ 49+:100.0%108In 49+ 48+:100.0%108In 49+ 47+:100.0%108In 49+ 46+:100.0%106Cd 48+ 48+:100.0%106Cd 48+ 47+:100.0%106Cd 48+ 46+:100.0%106Cd 48+ 45+:100.0% 108Cd 48+ 48+:100.0%108Cd 48+ 47+:100.0%108Cd 48+ 46+:100.0%108Cd 48+ 45+:100.0%108In 48+ 49+:100.0%108In 48+ 48+:100.0%108In 48+ 47+:100.0%108In 48+ 46+:100.0%

111In 48+ 49+:100.0%111In 48+ 48+:100.0%111In 48+ 47+:100.0%111In 48+ 46+:100.0%

107Cd 47+ 48+:100.0%107Cd 47+ 47+:100.0%107Cd 47+ 46+:100.0%107Cd 47+ 45+:100.0%104Ag 47+ 47+:100.0%104Ag 47+ 46+:100.0%104Ag 47+ 45+:100.0%104Ag 47+ 44+:100.0%106Cd 47+ 48+:100.0%106Cd 47+ 47+:100.0%106Cd 47+ 46+:100.0%106Cd 47+ 45+:100.0%105Ag 47+ 47+:100.0%105Ag 47+ 46+:100.0%105Ag 47+ 45+:100.0%105Ag 47+ 44+:100.0%

110Sn 50+ 50+:100.0%110Sn 50+ 49+:100.0%110Sn 50+ 48+:100.0%110Sn 50+ 47+:100.0%

103Ag 47+ 47+:100.0%103Ag 47+ 46+:100.0%103Ag 47+ 45+:100.0%103Ag 47+ 44+:100.0%105Cd 48+ 48+:100.0%105Cd 48+ 47+:100.0%105Cd 48+ 46+:100.0%105Cd 48+ 45+:100.0%

101Pd 46+ 46+:100.0%101Pd 46+ 45+:100.0%101Pd 46+ 44+:100.0%101Pd 46+ 43+:100.0%

108Cd 47+ 48+:100.0%108Cd 47+ 47+:100.0%108Cd 47+ 46+:100.0%108Cd 47+ 45+:100.0%

110Sn 49+ 50+:100.0%110Sn 49+ 49+:100.0%110Sn 49+ 48+:100.0%110Sn 49+ 47+:100.0%

96Ru 44+ 44+:100.0%96Ru 44+ 43+:100.0%96Ru 44+ 42+:100.0%99Rh 45+ 45+:100.0%99Rh 45+ 44+:100.0%99Rh 45+ 43+:100.0%99Rh 45+ 42+:100.0%98Rh 45+ 45+:100.0%98Rh 45+ 44+:100.0%98Rh 45+ 43+:100.0%

102Pd 46+ 46+:100.0%102Pd 46+ 45+:100.0%102Pd 46+ 44+:100.0%102Pd 46+ 43+:100.0%

94Tc 43+ 43+:100.0%94Tc 43+ 42+:100.0%94Tc 43+ 41+:100.0%89Nb 41+ 41+:100.0%89Nb 41+ 40+:100.0%89Nb 41+ 39+:100.0%

91Mo 42+ 42+:100.0%91Mo 42+ 41+:100.0%91Mo 42+ 40+:100.0%87Zr 40+ 40+:100.0%87Zr 40+ 39+:100.0%87Zr 40+ 38+:100.0%

100Pd 46+ 46+:100.0%100Pd 46+ 45+:100.0%100Pd 46+ 44+:100.0%100Pd 46+ 43+:100.0%

93Tc 43+ 43+:100.0%93Tc 43+ 42+:100.0%93Tc 43+ 41+:100.0%92Mo 42+ 42+:100.0%92Mo 42+ 41+:100.0%92Mo 42+ 40+:100.0%97Ru 44+ 44+:100.0%97Ru 44+ 43+:100.0%97Ru 44+ 42+:100.0%

85Y 39+ 39+:100.0%85Y 39+ 38+:100.0%85Y 39+ 37+:100.0%

107In 49+ 49+:100.0%107In 49+ 48+:100.0%107In 49+ 47+:100.0%107In 49+ 46+:100.0%

95Ru 44+ 44+:100.0%95Ru 44+ 43+:100.0%95Ru 44+ 42+:100.0%

80Rb 37+ 37+:100.0%80Rb 37+ 36+:100.0%80Rb 37+ 35+:100.0%82Sr 38+ 38+:100.0%82Sr 38+ 37+:100.0%82Sr 38+ 36+:100.0%

104Ag 46+ 47+:100.0%104Ag 46+ 46+:100.0%104Ag 46+ 45+:100.0%

Run Plan for beam 112Sn (b)

Region Plan A Plan B (1) Plan B (2)

Brho(Tm) 2.505 2.555 2.445

F9 Slits(mm) ‐75 ~ 75 ‐45 ~ 45 ‐75 ~ 75

Target: 112Sn (Interesting pps / All pps) 130 / 190 100 / 180 63 / 90

Target: 124Sn (Interesting pps / All pps) 110 / 160 94 / 170 50 / 70

Slits ±75mm ~ dp/p=6% Region B1 can be wider

11

5. Compare the Measured Fragments ( using plan A ) 5.1 Two reactions in this experiment ( Rh, Z=45 )

112Sn+112Sn:

108Sn+124Sn: Full momentum distribution measurement

F9 Slit-Xspace: output before slits112Sn (73.0 MeV/u) + Sn (50 mg/cm2); Settings on 112Sn 50+ 50+; Config: MDSMMSSMMDMMMMMMMMMMMM

dp/p=6.05% ; Brho(Tm): 2.5050, 2.5050



-240 -200 -160 -120 -80 -40 0 40 80 120 160X (mm)

0.005

0.015

0.025

0.035

0.045

0.055

0.065

Yiel

d (p

ps/m

m)

99Rh 45+ 45+:57.6%99Rh 45+ 44+:57.6%99Rh 45+ 43+:57.6%

98Rh 45+ 45+:92.3%98Rh 45+ 44+:92.3%98Rh 45+ 43+:92.3%

100Rh 45+ 45+:22.0%100Rh 45+ 44+:22.0%100Rh 45+ 43+:22.0%

97Rh 45+ 45+:97.2%97Rh 45+ 44+:97.2%97Rh 45+ 43+:97.2%

101Rh 45+ 45+:8.0%101Rh 45+ 44+:8.0%101Rh 45+ 43+:8.0%

99Rh 44+ 45+:8.1%99Rh 44+ 44+:8.1%99Rh 44+ 43+:8.1%98Rh 44+ 45+:22.5%98Rh 44+ 44+:22.5%98Rh 44+ 43+:22.5%

96Rh 45+ 45+:92.9%96Rh 45+ 44+:92.9%96Rh 45+ 43+:92.9%100Rh 44+ 45+:2.6%100Rh 44+ 44+:2.6%

97Rh 44+ 45+:55.0%97Rh 44+ 44+:55.0%97Rh 44+ 43+:55.0%102Rh 45+ 45+:2.5%

96Rh 44+ 45+:89.4%96Rh 44+ 44+:89.4%96Rh 44+ 43+:89.4%95Rh 45+ 45+:82.0%95Rh 45+ 44+:82.0%95Rh 45+ 43+:82.0%

95Rh 44+ 45+:96.3%95Rh 44+ 44+:96.3%95Rh 44+ 43+:96.3%94Rh 45+ 45+:58.1%94Rh 45+ 44+:58.1%94Rh 44+ 45+:91.5%94Rh 44+ 44+:91.5%

F9 Slit-Xspace: output before slits108Sn (73.0 MeV/u) + Sn (50 mg/cm2); Settings on 108Sn 50+ 50+; Config: MMDSMMSSMMDMMMMMMMMMMMM

dp/p=6.05% ; Brho(Tm): 2.5050, 2.5050



-200 -160 -120 -80 -40 0 40 80 120 160X (mm)

0.002

0.006

0.01

0.014

0.018

0.022

0.026

0.03

0.034

0.038

0.042

0.046

Yiel

d (p

ps/m

m)

98Rh 45+ 45+:84.5%98Rh 45+ 44+:84.5%98Rh 45+ 43+:84.5%98Rh 45+ 42+:84.5%97Rh 45+ 45+:98.8%97Rh 45+ 44+:98.8%97Rh 45+ 43+:98.8%97Rh 45+ 42+:98.8%

99Rh 45+ 45+:37.7%99Rh 45+ 44+:37.7%99Rh 45+ 43+:37.7%99Rh 45+ 42+:37.7%

96Rh 45+ 45+:96.5%96Rh 45+ 44+:96.5%96Rh 45+ 43+:96.5%96Rh 45+ 42+:96.5%

98Rh 44+ 45+:12.2%98Rh 44+ 44+:12.2%98Rh 44+ 43+:12.2%98Rh 44+ 42+:12.2%97Rh 44+ 45+:35.8%97Rh 44+ 44+:35.8%97Rh 44+ 43+:35.8%97Rh 44+ 42+:35.8%100Rh 45+ 45+:10.8%100Rh 45+ 44+:10.8%100Rh 45+ 43+:10.8%100Rh 45+ 42+:10.8%



94Rh 45+ 45+:73.2%94Rh 45+ 44+:73.2%94Rh 45+ 43+:73.2%94Rh 45+ 42+:73.2%97Rh 43+ 45+:3.8%97Rh 43+ 44+:3.8%97Rh 43+ 43+:3.8%97Rh 43+ 42+:3.8% 94Rh 44+ 45+:95.9%94Rh 44+ 44+:95.9%94Rh 44+ 43+:95.9%94Rh 44+ 42+:95.9%96Rh 43+ 45+:13.2%96Rh 43+ 44+:13.2%96Rh 43+ 43+:13.2%96Rh 43+ 42+:13.2%

102Rh 45+ 45+:0.5%102Rh 45+ 44+:0.5%102Rh 45+ 43+:0.5%102Rh 45+ 42+:0.5%95Rh 43+ 45+:35.4%95Rh 43+ 44+:35.4%95Rh 43+ 43+:35.4%95Rh 43+ 42+:35.4% 93Rh 45+ 45+:36.7%93Rh 45+ 44+:36.7%93Rh 45+ 43+:36.7%93Rh 44+ 45+:88.5%93Rh 44+ 44+:88.5%93Rh 44+ 43+:88.5%93Rh 44+ 42+:88.5%94Rh 43+ 45+:76.3%94Rh 43+ 44+:76.3%94Rh 43+ 43+:76.3%94Rh 43+ 42+:76.3% 92Rh 45+ 45+:5.8%92Rh 45+ 44+:5.8%92Rh 45+ 43+:5.8%

12

112Sn+112Sn:

108Sn+124Sn:

5.1 Two reactions in this experiment ( Zr, Z=40 )

Full momentum distribution measurement


dp/p=6.05% ; Brho(Tm): 2.5050, 2.5050



-240 -200 -160 -120 -80 -40 0 40 80 120 160 200X (mm)

0.002

0.006

0.01

0.014

0.018

0.022

0.026

0.03

0.034

0.038

Yiel

d (p

ps/m

m)

87Zr 40+ 40+:82.2%87Zr 40+ 39+:82.2%87Zr 40+ 38+:82.2%

86Zr 40+ 40+:91.2%86Zr 40+ 39+:91.2%86Zr 40+ 38+:91.2%88Zr 40+ 40+:53.1%88Zr 40+ 39+:53.1%88Zr 40+ 38+:53.1%

89Zr 40+ 40+:26.2%89Zr 40+ 39+:26.2%89Zr 40+ 38+:26.2%

85Zr 40+ 40+:84.4%85Zr 40+ 39+:84.4%85Zr 40+ 38+:84.4%

87Zr 39+ 40+:25.5%87Zr 39+ 39+:25.5%90Zr 40+ 40+:11.8%90Zr 40+ 39+:11.8%

86Zr 39+ 40+:50.6%86Zr 39+ 39+:50.6%88Zr 39+ 40+:11.9%88Zr 39+ 39+:11.9%84Zr 40+ 40+:68.2%84Zr 40+ 39+:68.2%

89Zr 39+ 40+:5.4% 85Zr 39+ 40+:79.1%85Zr 39+ 39+:79.1%

84Zr 39+ 40+:89.6%84Zr 39+ 39+:89.6% 83Zr 40+ 40+:41.0%83Zr 39+ 40+:83.1%


dp/p=6.05% ; Brho(Tm): 2.5050, 2.5050



-180 -140 -100 -60 -20 20 60 100 140 180X (mm)

0.002

0.006

0.01

0.014

0.018

0.022

Yiel

d (p

ps/m

m)

86Zr 40+ 40+:92.8%86Zr 40+ 39+:92.8%86Zr 40+ 38+:92.8%87Zr 40+ 40+:75.4%87Zr 40+ 39+:75.4%87Zr 40+ 38+:75.4%

85Zr 40+ 40+:89.7%85Zr 40+ 39+:89.7%85Zr 40+ 38+:89.7%88Zr 40+ 40+:41.6%88Zr 40+ 39+:41.6%88Zr 40+ 38+:41.6%

89Zr 40+ 40+:18.3%89Zr 40+ 39+:18.3%89Zr 40+ 38+:18.3%

84Zr 40+ 40+:77.2%84Zr 40+ 39+:77.2%84Zr 40+ 38+:77.2%86Zr 39+ 40+:39.3%86Zr 39+ 39+:39.3%86Zr 39+ 38+:39.3%87Zr 39+ 40+:17.5%87Zr 39+ 39+:17.5%87Zr 39+ 38+:17.5%

85Zr 39+ 40+:72.0%85Zr 39+ 39+:72.0%85Zr 39+ 38+:72.0%88Zr 39+ 40+:7.9%88Zr 39+ 39+:7.9%90Zr 40+ 40+:7.5%90Zr 40+ 39+:7.5%

83Zr 40+ 40+:52.6%83Zr 40+ 39+:52.6%84Zr 39+ 40+:90.8%84Zr 39+ 39+:90.8%84Zr 39+ 38+:90.8%86Zr 38+ 40+:7.7% 83Zr 39+ 40+:88.4%83Zr 39+ 39+:88.4%85Zr 38+ 40+:17.4% 82Zr 40+ 40+:20.4%84Zr 38+ 40+:37.8% 82Zr 39+ 40+:75.4%

13

108Sn+124Sn:

112Sn+112Sn:

5.1 Two reactions in this experiment ( Br, Z=35 )


dp/p=6.05% ; Brho(Tm): 2.5050, 2.5050



-250 -150 -50 50 150 250X (mm)

0.002

0.004

0.006

0.008

0.01

0.012

0.014

0.016

0.018

0.02

Yiel

d (p

ps/m

m)

76Br 35+ 35+:73.6%76Br 35+ 34+:73.6%

75Br 35+ 35+:83.4%75Br 35+ 34+:83.4%

77Br 35+ 35+:49.0%77Br 35+ 34+:49.0%

74Br 35+ 35+:74.9%74Br 35+ 34+:74.9%

78Br 35+ 35+:26.9%78Br 35+ 34+:26.9%

73Br 35+ 35+:54.6%73Br 35+ 34+:54.6%79Br 35+ 35+:13.9%

76Br 34+ 35+:25.9%76Br 34+ 34+:25.9%75Br 34+ 35+:46.4%75Br 34+ 34+:46.4%77Br 34+ 35+:13.6%74Br 34+ 35+:70.8%74Br 34+ 34+:70.8% 72Br 35+ 35+:27.2%73Br 34+ 35+:81.6%

Full momentum distribution measurement(miss the tails)


dp/p=6.05% ; Brho(Tm): 2.5050, 2.5050



-260 -220 -180 -140 -100 -60 -20 20 60 100 140 180X (mm)

0.001

0.003

0.005

0.007

0.009

0.011

0.013

Yiel

d (p

ps/m

m)

76Br 35+ 35+:68.9%76Br 35+ 34+:68.9%76Br 35+ 33+:68.9%75Br 35+ 35+:84.7%75Br 35+ 34+:84.7%75Br 35+ 33+:84.7%

77Br 35+ 35+:41.3%77Br 35+ 34+:41.3%77Br 35+ 33+:41.3%

74Br 35+ 35+:80.0%74Br 35+ 34+:80.0%74Br 35+ 33+:80.0%

78Br 35+ 35+:21.3%78Br 35+ 34+:21.3%

73Br 35+ 35+:62.1%73Br 35+ 34+:62.1%

79Br 35+ 35+:10.4%79Br 35+ 34+:10.4%76Br 34+ 35+:20.3%76Br 34+ 34+:20.3%75Br 34+ 35+:39.4%75Br 34+ 34+:39.4%

77Br 34+ 35+:10.0%77Br 34+ 34+:10.0% 74Br 34+ 35+:65.8%74Br 34+ 34+:65.8%80Br 35+ 35+:5.0% 72Br 35+ 35+:34.6%72Br 35+ 34+:34.6%78Br 34+ 35+:5.1% 73Br 34+ 35+:82.5%73Br 34+ 34+:82.5%72Br 34+ 35+:78.6%

14

Problem: At least three isotopes are needed for the iso‐scaling!

5.1 Two reactions in this experiment ( Zn, Z=30 )108Sn+124Sn:

112Sn+112Sn:

Full momentum distribution measurement(miss the tails)


dp/p=6.05% ; Brho(Tm): 2.5050, 2.5050



-250 -150 -50 50 150 250 350X (mm)

0.001

0.003

0.005

0.007

0.009

0.011

Yiel

d (p

ps/m

m)

65Zn 30+ 30+:66.6%65Zn 30+ 29+:66.6%64Zn 30+ 30+:74.3%64Zn 30+ 29+:74.3%

66Zn 30+ 30+:45.5%66Zn 30+ 29+:45.5%

63Zn 30+ 30+:62.9%63Zn 30+ 29+:62.9%

67Zn 30+ 30+:26.3%

62Zn 30+ 30+:39.3%

68Zn 30+ 30+:14.7%

65Zn 29+ 30+:25.1%64Zn 29+ 30+:43.2%63Zn 29+ 30+:63.8%


dp/p=6.05% ; Brho(Tm): 2.5050, 2.5050



-300 -200 -100 0 100 200 300X (mm)

0.0005

0.0015

0.0025

0.0035

0.0045

0.0055

0.0065

0.0075

Yiel

d (p

ps/m

m)

64Zn 30+ 30+:75.9%64Zn 30+ 29+:75.9%65Zn 30+ 30+:63.7%65Zn 30+ 29+:63.7%

66Zn 30+ 30+:40.6%66Zn 30+ 29+:40.6%63Zn 30+ 30+:67.8%63Zn 30+ 29+:67.8%

67Zn 30+ 30+:22.3%67Zn 30+ 29+:22.3%

62Zn 30+ 30+:45.6%62Zn 30+ 29+:45.6%

68Zn 30+ 30+:11.8%

64Zn 29+ 30+:38.6%64Zn 29+ 29+:38.6%65Zn 29+ 30+:21.4% 61Zn 30+ 30+:19.4%69Zn 30+ 30+:6.1%66Zn 29+ 30+:11.5% 63Zn 29+ 30+:60.8%62Zn 29+ 30+:74.1%

15

Problem: At least three isotopes are needed for the iso‐scaling!

16

Too much Detail, Press here to directly go to the Summary Table.

5.2 112Sn+112Sn in different experiments ( Rh, Z=45 )


dp/p=6.05% ; Brho(Tm): 2.5050, 2.5050



-240 -200 -160 -120 -80 -40 0 40 80 120 160X (mm)

0.005

0.015

0.025

0.035

0.045

0.055

0.065

Yiel

d (p

ps/m

m)

99Rh 45+ 45+:57.6%99Rh 45+ 44+:57.6%99Rh 45+ 43+:57.6%

98Rh 45+ 45+:92.3%98Rh 45+ 44+:92.3%98Rh 45+ 43+:92.3%

100Rh 45+ 45+:22.0%100Rh 45+ 44+:22.0%100Rh 45+ 43+:22.0%

97Rh 45+ 45+:97.2%97Rh 45+ 44+:97.2%97Rh 45+ 43+:97.2%

101Rh 45+ 45+:8.0%101Rh 45+ 44+:8.0%101Rh 45+ 43+:8.0%

99Rh 44+ 45+:8.1%99Rh 44+ 44+:8.1%99Rh 44+ 43+:8.1%98Rh 44+ 45+:22.5%98Rh 44+ 44+:22.5%98Rh 44+ 43+:22.5%

96Rh 45+ 45+:92.9%96Rh 45+ 44+:92.9%96Rh 45+ 43+:92.9%100Rh 44+ 45+:2.6%100Rh 44+ 44+:2.6%

97Rh 44+ 45+:55.0%97Rh 44+ 44+:55.0%97Rh 44+ 43+:55.0%102Rh 45+ 45+:2.5%

96Rh 44+ 45+:89.4%96Rh 44+ 44+:89.4%96Rh 44+ 43+:89.4%95Rh 45+ 45+:82.0%95Rh 45+ 44+:82.0%95Rh 45+ 43+:82.0%

95Rh 44+ 45+:96.3%95Rh 44+ 44+:96.3%95Rh 44+ 43+:96.3%94Rh 45+ 45+:58.1%94Rh 45+ 44+:58.1%94Rh 44+ 45+:91.5%94Rh 44+ 44+:91.5%

RIKEN:

MSU:


C R D C 1-X space: input112 S n (70.0 M eV /u) + S n (5.94 m g/cm2); S ettings on 112 S n 50+ 50+ ; C onfig: M W D D M S M S M M M S M M M

dp/p= 14.35% ; W edges: 0; B rho(T m ): 2.5000, 2.5000

L I S E + + [C :\U s e rs \lu \D e s kto p \0 7 0 1 3 \L u fe is ta rt.lp p ]2 3 -0 5 -2 0 1 1 0 9 :1 6 :5 4

a ll ch a rg e s ta te s s e p a r.s u m o f re a ctio n s

-1200 -1000 -800 -600 -400 -200 0 200 400 600

X (m m )

0.01

0.03

0.05

0.07

0.09

0.11

0.13

0.15

Yield (pps/mm)

9 9R h 45+ 45+:1 0 0 .0 %

98R h 45+ 45+:1 0 0 .0 %

100R h 45+ 45+:1 0 0 .0 %

97R h 45+ 45+:9 9 .9 %

101R h 45+ 45+:9 7 .7 %

99R h 44+ 44+:9 4 .3 %98R h 44+ 44+:1 0 0 .0 %

96R h 45+ 45+:1 0 0 .0 %100R h 44+ 44+:5 9 .5 %97R h 44+ 44+:1 0 0 .0 %102R h 45+ 45+ :6 8 .7 %

101R h 44+ 44+:2 3 .1 %

96R h 44+ 44+:1 0 0 .0 %95R h 45+ 45+:9 9 .7 %

103R h 45+ 45+:2 5 .0 %102R h 44+ 44+:7 .4 %

95R h 44+ 44+:1 0 0 .0 %99R h 43+ 43+:1 9 .5 %98R h 43+ 43+:5 2 .2 %97R h 43+ 43+:8 9 .7 % 94R h 45+ 45+:9 9 .2 %96R h 43+ 43+:9 9 .8 % 94R h 44+ 44+:9 9 .8 %95R h 43+ 43+:1 0 0 .0 %

17


dp/p=6.05% ; Brho(Tm): 2.5050, 2.5050



-240 -200 -160 -120 -80 -40 0 40 80 120 160 200X (mm)

0.002

0.006

0.01

0.014

0.018

0.022

0.026

0.03

0.034

0.038

Yiel

d (p

ps/m

m)

87Zr 40+ 40+:82.2%87Zr 40+ 39+:82.2%87Zr 40+ 38+:82.2%

86Zr 40+ 40+:91.2%86Zr 40+ 39+:91.2%86Zr 40+ 38+:91.2%88Zr 40+ 40+:53.1%88Zr 40+ 39+:53.1%88Zr 40+ 38+:53.1%

89Zr 40+ 40+:26.2%89Zr 40+ 39+:26.2%89Zr 40+ 38+:26.2%

85Zr 40+ 40+:84.4%85Zr 40+ 39+:84.4%85Zr 40+ 38+:84.4%

87Zr 39+ 40+:25.5%87Zr 39+ 39+:25.5%90Zr 40+ 40+:11.8%90Zr 40+ 39+:11.8%

86Zr 39+ 40+:50.6%86Zr 39+ 39+:50.6%88Zr 39+ 40+:11.9%88Zr 39+ 39+:11.9%84Zr 40+ 40+:68.2%84Zr 40+ 39+:68.2%

89Zr 39+ 40+:5.4% 85Zr 39+ 40+:79.1%85Zr 39+ 39+:79.1%

84Zr 39+ 40+:89.6%84Zr 39+ 39+:89.6% 83Zr 40+ 40+:41.0%83Zr 39+ 40+:83.1%





-1200 -1000 -800 -600 -400 -200 0 200 400 600

X (m m )

0.005

0.015

0.025

0.035

0.045

0.055

0.065

0.075

0.085

Yield (pps/mm)

8 7Z r 40+ 40+ :9 9 .8 %

86Z r 40+ 40+:9 9 .6 %88Z r 40+ 40+:1 0 0 .0 %

89Z r 40+ 40+ :9 9 .0 %

85Z r 40+ 40+:9 9 .1 %

90Z r 40+ 40+ :8 7 .3 %87Z r 39+ 39+:9 7 .7 %

86Z r 39+ 39+ :9 9 .8 %88Z r 39+ 39+:8 1 .4 %84Z r 40+ 40+:9 8 .1 %

89Z r 39+ 39+ :4 7 .9 % 85Z r 39+ 39+ :9 9 .8 %91Z r 40+ 40+ :5 4 .8 %

90Z r 39+ 39+ :2 2 .4 %92Z r 40+ 40+:2 5 .7 % 84Z r 39+ 39+:9 9 .5 % 83Z r 40+ 40+:9 6 .0 %87Z r 38+ 38+:4 2 .4 %86Z r 38+ 38+:7 5 .0 % 83Z r 39+ 39+:9 8 .9 %85Z r 38+ 38+ :9 5 .7 %

5.2 112Sn+112Sn in different experiments ( Zr, Z=40 )

RIKEN:

MSU:


18


dp/p=6.05% ; Brho(Tm): 2.5050, 2.5050



-250 -150 -50 50 150 250X (mm)

0.002

0.004

0.006

0.008

0.01

0.012

0.014

0.016

0.018

0.02

Yiel

d (p

ps/m

m)

76Br 35+ 35+:73.6%76Br 35+ 34+:73.6%

75Br 35+ 35+:83.4%75Br 35+ 34+:83.4%

77Br 35+ 35+:49.0%77Br 35+ 34+:49.0%

74Br 35+ 35+:74.9%74Br 35+ 34+:74.9%

78Br 35+ 35+:26.9%78Br 35+ 34+:26.9%

73Br 35+ 35+:54.6%73Br 35+ 34+:54.6%79Br 35+ 35+:13.9%

76Br 34+ 35+:25.9%76Br 34+ 34+:25.9%75Br 34+ 35+:46.4%75Br 34+ 34+:46.4%77Br 34+ 35+:13.6%74Br 34+ 35+:70.8%74Br 34+ 34+:70.8% 72Br 35+ 35+:27.2%73Br 34+ 35+:81.6%

C R D C 1-X space: input112 S n (7 0.0 M eV /u) + S n (5 .94 m g/cm2); S e tting s o n 112 S n 50+ 50+ ; C o nfig : M W D D M S M S M M M S M M M

dp /p= 14.3 5% ; W ed ges: 0; B rho(T m ): 2 .50 00, 2 .500 0



-1000 -600 -200 200 600 1000

X (m m )

0.005

0.01

0.015

0.02

0.025

0.03

0.035

0.04

0.045

0.050.055

Yield (pps/mm)

7 6B r 35+ 35+ :9 9 .2 %

75B r 35+ 35+ :9 8 .5 %

77B r 35+ 35+ :9 9 .3 %

74B r 35+ 35+ :9 7 .1 %

78B r 35+ 35+:9 4 .9 %

73B r 35+ 35+:9 4 .4 %79B r 35+ 35+ :7 5 .1 %

76B r 34+ 34+ :9 2 .0 %75B r 34+ 34 +:9 8 .8 %77B r 34+ 3 4+:6 9 .0 %80B r 35+ 35+:4 4 .9 % 74B r 34+ 34+ :9 9 .1 %78B r 34+ 34+:4 0 .1 % 72B r 35+ 35+ :8 9 .5 %73B r 34+ 34+ :9 8 .3 %

5.2 112Sn+112Sn in different experiments ( Br, Z=35 )

RIKEN:

MSU:


19


dp/p=6.05% ; Brho(Tm): 2.5050, 2.5050



-250 -150 -50 50 150 250 350X (mm)

0.001

0.003

0.005

0.007

0.009

0.011

Yiel

d (p

ps/m

m)

65Zn 30+ 30+:66.6%65Zn 30+ 29+:66.6%64Zn 30+ 30+:74.3%64Zn 30+ 29+:74.3%

66Zn 30+ 30+:45.5%66Zn 30+ 29+:45.5%

63Zn 30+ 30+:62.9%63Zn 30+ 29+:62.9%

67Zn 30+ 30+:26.3%

62Zn 30+ 30+:39.3%

68Zn 30+ 30+:14.7%

65Zn 29+ 30+:25.1%64Zn 29+ 30+:43.2%63Zn 29+ 30+:63.8%





-1400 -1000 -600 -200 200 600 1000 1400

X (m m )

0.002

0.006

0.01

0.014

0.018

0.022

0.026

Yield (pps/mm)

6 5Z n 30+ 30+:9 7 .8 %64Z n 30+ 30+:9 6 .0%

66Z n 30+ 30+:9 7 .4 %

63Z n 30+ 30+:9 2.9 %

67Z n 30+ 30+ :8 8.2 %

62Z n 30+ 30+:8 7 .1 %

68Z n 30+ 30+:6 4 .5%

65Z n 29+ 29+:8 4 .0 %64Z n 29+ 29+:9 6 .2% 61Z n 30+ 30+:7 7 .1 %69Z n 30+ 30+:3 8 .2%66Z n 29+ 29+:5 8 .6% 63Z n 29+ 29+ :9 7.5 %

5.2 112Sn+112Sn in different experiments ( Zn, Z=30 )

RIKEN:

MSU:


20

5.3 112Sn+124Sn in different experiments ( Rh, Z=45 )

RIKEN:

MSU:



dp/p=6.05% ; Brho(Tm): 2.5050, 2.5050



-200 -160 -120 -80 -40 0 40 80 120 160X (mm)

0.002

0.006

0.01

0.014

0.018

0.022

0.026

0.03

0.034

0.038

0.042

0.046

Yiel

d (p

ps/m

m)


99Rh 45+ 45+:37.7%99Rh 45+ 44+:37.7%99Rh 45+ 43+:37.7%99Rh 45+ 42+:37.7%

96Rh 45+ 45+:96.5%96Rh 45+ 44+:96.5%96Rh 45+ 43+:96.5%96Rh 45+ 42+:96.5%




94Rh 45+ 45+:73.2%94Rh 45+ 44+:73.2%94Rh 45+ 43+:73.2%94Rh 45+ 42+:73.2%97Rh 43+ 45+:3.8%97Rh 43+ 44+:3.8%97Rh 43+ 43+:3.8%97Rh 43+ 42+:3.8% 94Rh 44+ 45+:95.9%94Rh 44+ 44+:95.9%94Rh 44+ 43+:95.9%94Rh 44+ 42+:95.9%96Rh 43+ 45+:13.2%96Rh 43+ 44+:13.2%96Rh 43+ 43+:13.2%96Rh 43+ 42+:13.2%

102Rh 45+ 45+:0.5%102Rh 45+ 44+:0.5%102Rh 45+ 43+:0.5%102Rh 45+ 42+:0.5%95Rh 43+ 45+:35.4%95Rh 43+ 44+:35.4%95Rh 43+ 43+:35.4%95Rh 43+ 42+:35.4% 93Rh 45+ 45+:36.7%93Rh 45+ 44+:36.7%93Rh 45+ 43+:36.7%93Rh 44+ 45+:88.5%93Rh 44+ 44+:88.5%93Rh 44+ 43+:88.5%93Rh 44+ 42+:88.5%94Rh 43+ 45+:76.3%94Rh 43+ 44+:76.3%94Rh 43+ 43+:76.3%94Rh 43+ 42+:76.3% 92Rh 45+ 45+:5.8%92Rh 45+ 44+:5.8%92Rh 45+ 43+:5.8%

CRDC1-Xspace: input112Sn (70.0 MeV/u) + Sn (5.51 mg/cm2); Settings on 124Sn 50+ 50+; Config: MWDDMSMSMMMSMMM

dp/p=12.06% ; Wedges: 0; Brho(Tm): 2.6700, 2.6700

L I S E ++ [D:\Lise-forRIKEN\Last-MSU-ex\Lufeistart.lpp]14-05-2012 06:22:56


-600 -400 -200 0 200 400 600 800 1000X (mm)

0.01

0.03

0.05

0.07

0.09

0.11

0.13

0.15

Yiel

d (p

ps/m

m)

99Rh 45+ 45+:100.0%

98Rh 45+ 45+:100.0%

100Rh 45+ 45+:100.0%

97Rh 45+ 45+:99.8%

101Rh 45+ 45+:98.1%

99Rh 44+ 44+:95.9%98Rh 44+ 44+:100.0% 96Rh 45+ 45+:89.9%

100Rh 44+ 44+:62.6%102Rh 45+ 45+:72.1%

101Rh 44+ 44+:96.5%

96Rh 44+ 44+:100.0% 95Rh 45+ 45+:98.5%103Rh 45+ 45+:27.7%102Rh 44+ 44+:8.0%95Rh 44+ 44+:99.7%99Rh 43+ 43+:21.8%98Rh 43+ 43+:56.5%103Rh 44+ 44+:2.3%104Rh 45+ 45+:7.5%100Rh 43+ 43+:9.4% 97Rh 43+ 43+:92.3% 94Rh 45+ 45+:96.2%101Rh 43+ 43+:5.9% 96Rh 43+ 43+:99.7% 94Rh 44+ 44+:99.2%95Rh 43+ 43+:100.0% 93Rh 45+ 45+:90.5%

21

5.3 112Sn+124Sn in different experiments ( Zr, Z=40 )

MSU:

Full momentum distribution measurementRIKEN:


dp/p=6.05% ; Brho(Tm): 2.5050, 2.5050



-180 -140 -100 -60 -20 20 60 100 140 180X (mm)

0.002

0.006

0.01

0.014

0.018

0.022

Yiel

d (p

ps/m

m)

86Zr 40+ 40+:92.8%86Zr 40+ 39+:92.8%86Zr 40+ 38+:92.8%87Zr 40+ 40+:75.4%87Zr 40+ 39+:75.4%87Zr 40+ 38+:75.4%

85Zr 40+ 40+:89.7%85Zr 40+ 39+:89.7%85Zr 40+ 38+:89.7%88Zr 40+ 40+:41.6%88Zr 40+ 39+:41.6%88Zr 40+ 38+:41.6%

89Zr 40+ 40+:18.3%89Zr 40+ 39+:18.3%89Zr 40+ 38+:18.3%


85Zr 39+ 40+:72.0%85Zr 39+ 39+:72.0%85Zr 39+ 38+:72.0%88Zr 39+ 40+:7.9%88Zr 39+ 39+:7.9%90Zr 40+ 40+:7.5%90Zr 40+ 39+:7.5%

83Zr 40+ 40+:52.6%83Zr 40+ 39+:52.6%84Zr 39+ 40+:90.8%84Zr 39+ 39+:90.8%84Zr 39+ 38+:90.8%86Zr 38+ 40+:7.7% 83Zr 39+ 40+:88.4%83Zr 39+ 39+:88.4%85Zr 38+ 40+:17.4% 82Zr 40+ 40+:20.4%84Zr 38+ 40+:37.8% 82Zr 39+ 40+:75.4%





-500 -300 -100 100 300 500 700 900X (mm)

0.005

0.015

0.025

0.035

0.045

0.055

0.065

Yie

ld (p

ps/m

m)

87Zr 40+ 40+:99.4%

86Zr 40+ 40+:98.7%88Zr 40+ 40+:99.7%

89Zr 40+ 40+:99.0%85Zr 40+ 40+:97.2%

90Zr 40+ 40+:88.8%87Zr 39+ 39+:97.9%

86Zr 39+ 39+:99.6%88Zr 39+ 39+:83.2% 84Zr 40+ 40+:94.0%89Zr 39+ 39+:51.9% 85Zr 39+ 39+:99.3%91Zr 40+ 40+:59.2%

90Zr 39+ 39+:25.2%92Zr 40+ 40+:29.1% 84Zr 39+ 39+:98.5% 83Zr 40+ 40+:87.7%91Zr 39+ 39+:11.6%87Zr 38+ 38+:45.9%93Zr 40+ 40+:12.3% 86Zr 38+ 38+:77.1%88Zr 38+ 38+:22.4% 83Zr 39+ 39+:96.7%85Zr 38+ 38+:95.9% 82Zr 40+ 40+:75.2%84Zr 38+ 38+:99.4%

22

5.3 112Sn+124Sn in different experiments ( Br, Z=35 )

Full momentum distribution measurementRIKEN:

MSU:


dp/p=6.05% ; Brho(Tm): 2.5050, 2.5050



-260 -220 -180 -140 -100 -60 -20 20 60 100 140 180X (mm)

0.001

0.003

0.005

0.007

0.009

0.011

0.013

Yiel

d (p

ps/m

m)

76Br 35+ 35+:68.9%76Br 35+ 34+:68.9%76Br 35+ 33+:68.9%75Br 35+ 35+:84.7%75Br 35+ 34+:84.7%75Br 35+ 33+:84.7%

77Br 35+ 35+:41.3%77Br 35+ 34+:41.3%77Br 35+ 33+:41.3%

74Br 35+ 35+:80.0%74Br 35+ 34+:80.0%74Br 35+ 33+:80.0%

78Br 35+ 35+:21.3%78Br 35+ 34+:21.3%

73Br 35+ 35+:62.1%73Br 35+ 34+:62.1%

79Br 35+ 35+:10.4%79Br 35+ 34+:10.4%76Br 34+ 35+:20.3%76Br 34+ 34+:20.3%75Br 34+ 35+:39.4%75Br 34+ 34+:39.4%

77Br 34+ 35+:10.0%77Br 34+ 34+:10.0% 74Br 34+ 35+:65.8%74Br 34+ 34+:65.8%80Br 35+ 35+:5.0% 72Br 35+ 35+:34.6%72Br 35+ 34+:34.6%78Br 34+ 35+:5.1% 73Br 34+ 35+:82.5%73Br 34+ 34+:82.5%72Br 34+ 35+:78.6%





-400 -200 0 200 400 600 800 1000 1200 1400X (mm)

0.002

0.006

0.01

0.014

0.018

0.022

0.026

0.03

0.034

0.038

0.042

0.046

Yiel

d (p

ps/m

m)

76Br 35+ 35+:98.0%

75Br 35+ 35+:96.4%

77Br 35+ 35+:98.7%

74Br 35+ 35+:92.9%

78Br 35+ 35+:94.9%

73Br 35+ 35+:86.4%79Br 35+ 35+:76.6%

76Br 34+ 34+:92.2%75Br 34+ 34+:98.3%77Br 34+ 34+:70.9%80Br 35+ 35+:47.5% 74Br 34+ 34+:97.9%78Br 34+ 34+:42.6% 72Br 35+ 35+:74.5%81Br 35+ 35+:25.4% 73Br 34+ 34+:95.9% 71Br 35+ 35+:54.3%72Br 34+ 34+:92.3%76Br 33+ 33+:38.3%75Br 33+ 33+:64.7%

23

5.3 112Sn+124Sn in different experiments ( Zn, Z=30 )

RIKEN:

MSU:



dp/p=6.05% ; Brho(Tm): 2.5050, 2.5050



-300 -200 -100 0 100 200 300X (mm)

0.0005

0.0015

0.0025

0.0035

0.0045

0.0055

0.0065

0.0075

Yiel

d (p

ps/m

m)

64Zn 30+ 30+:75.9%64Zn 30+ 29+:75.9%65Zn 30+ 30+:63.7%65Zn 30+ 29+:63.7%

66Zn 30+ 30+:40.6%66Zn 30+ 29+:40.6%63Zn 30+ 30+:67.8%63Zn 30+ 29+:67.8%

67Zn 30+ 30+:22.3%67Zn 30+ 29+:22.3%

62Zn 30+ 30+:45.6%62Zn 30+ 29+:45.6%

68Zn 30+ 30+:11.8%






-400 -200 0 200 400 600 800 1000 1200 1400X (mm)

0.002

0.006

0.01

0.014

0.018

0.022

Yiel

d (p

ps/m

m)

65Zn 30+ 30+:95.5%64Zn 30+ 30+:91.9%

66Zn 30+ 30+:96.3%

63Zn 30+ 30+:85.3%

67Zn 30+ 30+:88.3%

62Zn 30+ 30+:73.7%

68Zn 30+ 30+:66.1%

65Zn 29+ 29+:84.3%64Zn 29+ 29+:95.1% 61Zn 30+ 30+:54.5%69Zn 30+ 30+:40.3%66Zn 29+ 29+:60.4% 63Zn 29+ 29+:95.1%67Zn 29+ 29+:35.9%70Zn 30+ 30+:22.2% 62Zn 29+ 29+:91.4%

24

25

5*. Compare the Measured Fragments ( using plan B ) 5.1* Two reactions in this experiment ( Rh, Z=45 )

112Sn+112Sn:



dp/p=7.66% ; Brho(Tm): 2.5050, 2.5050



-220 -180 -140 -100 -60 -20 20 60 100 140X (mm)

0.002

0.006

0.01

0.014

0.018

0.022

0.026

0.03

0.034

0.038

0.042

0.046

Yiel

d (p

ps/m

m)


99Rh 45+ 45+:37.7%99Rh 45+ 44+:37.7%99Rh 45+ 43+:37.7%99Rh 45+ 42+:37.7%

96Rh 45+ 45+:99.2%96Rh 45+ 44+:99.2%96Rh 45+ 43+:99.2%96Rh 45+ 42+:99.2%

98Rh 44+ 45+:12.2%98Rh 44+ 44+:12.2%98Rh 44+ 43+:12.2%97Rh 44+ 45+:35.9%97Rh 44+ 44+:35.9%97Rh 44+ 43+:35.9%97Rh 44+ 42+:35.9%100Rh 45+ 45+:10.8%100Rh 45+ 44+:10.8%100Rh 45+ 43+:10.8%

99Rh 44+ 45+:3.5%99Rh 44+ 44+:3.5%99Rh 44+ 43+:3.5%95Rh 45+ 45+:97.8%95Rh 45+ 44+:97.8%95Rh 45+ 43+:97.8%96Rh 44+ 45+:81.0%96Rh 44+ 44+:81.0%96Rh 44+ 43+:81.0%96Rh 44+ 42+:81.0%

100Rh 44+ 45+:0.9%100Rh 44+ 44+:0.9%101Rh 45+ 45+:2.6%101Rh 45+ 44+:2.6%95Rh 44+ 45+:98.8%95Rh 44+ 44+:98.8%95Rh 44+ 43+:98.8%

94Rh 45+ 45+:93.4%94Rh 45+ 44+:93.4%94Rh 45+ 43+:93.4%97Rh 43+ 45+:3.8%97Rh 43+ 44+:3.8% 94Rh 44+ 45+:99.0%94Rh 44+ 44+:99.0%94Rh 44+ 43+:99.0%96Rh 43+ 45+:13.3%96Rh 43+ 44+:13.3%95Rh 43+ 45+:35.5%95Rh 43+ 44+:35.5% 93Rh 45+ 45+:81.9%93Rh 45+ 44+:81.9%93Rh 45+ 43+:81.9%93Rh 44+ 45+:97.0%93Rh 44+ 44+:97.0%94Rh 43+ 45+:76.8%94Rh 43+ 44+:76.8%


dp/p=8.87% ; Brho(Tm): 2.5050, 2.5050



-280 -240 -200 -160 -120 -80 -40 0 40 80 120X (mm)

0.005

0.015

0.025

0.035

0.045

0.055

0.065

Yiel

d (p

ps/m

m)

99Rh 45+ 45+:87.1%99Rh 45+ 44+:87.1%99Rh 45+ 43+:87.1%99Rh 45+ 42+:87.1%

98Rh 45+ 45+:99.4%98Rh 45+ 44+:99.4%98Rh 45+ 43+:99.4%98Rh 45+ 42+:99.4%

100Rh 45+ 45+:45.4%100Rh 45+ 44+:45.4%100Rh 45+ 43+:45.4%100Rh 45+ 42+:45.4%

97Rh 45+ 45+:99.5%97Rh 45+ 44+:99.5%97Rh 45+ 43+:99.5%97Rh 45+ 42+:99.5%

101Rh 45+ 45+:16.9%101Rh 45+ 44+:16.9%101Rh 45+ 43+:16.9%101Rh 45+ 42+:16.9%


96Rh 45+ 45+:98.6%96Rh 45+ 44+:98.6%96Rh 45+ 43+:98.6%96Rh 45+ 42+:98.6%100Rh 44+ 45+:5.5%100Rh 44+ 44+:5.5%100Rh 44+ 43+:5.5%

97Rh 44+ 45+:83.3%97Rh 44+ 44+:83.3%97Rh 44+ 43+:83.3%97Rh 44+ 42+:83.3%102Rh 45+ 45+:5.4%102Rh 45+ 44+:5.4%102Rh 45+ 43+:5.4%

101Rh 44+ 45+:2.0%101Rh 44+ 44+:2.0%101Rh 44+ 43+:2.0%

96Rh 44+ 45+:98.8%96Rh 44+ 44+:98.8%96Rh 44+ 43+:98.8%96Rh 44+ 42+:98.8%95Rh 45+ 45+:96.2%95Rh 45+ 44+:96.2%95Rh 45+ 43+:96.2%

102Rh 44+ 44+:0.6%103Rh 45+ 45+:1.5%103Rh 45+ 44+:1.5%

99Rh 43+ 45+:2.1%99Rh 43+ 44+:2.1% 95Rh 44+ 45+:99.2%95Rh 44+ 44+:99.2%95Rh 44+ 43+:99.2%98Rh 43+ 45+:6.2%98Rh 43+ 44+:6.2%98Rh 43+ 43+:6.2%97Rh 43+ 45+:16.8%97Rh 43+ 44+:16.8%97Rh 43+ 43+:16.8% 94Rh 45+ 45+:90.6%94Rh 45+ 44+:90.6%94Rh 45+ 43+:90.6%96Rh 43+ 45+:41.6%96Rh 43+ 44+:41.6%96Rh 43+ 43+:41.6% 94Rh 44+ 45+:98.1%94Rh 44+ 44+:98.1%94Rh 44+ 43+:98.1%95Rh 43+ 45+:79.4%95Rh 43+ 44+:79.4%95Rh 43+ 43+:79.4% 93Rh 45+ 45+:77.8%93Rh 45+ 44+:77.8%

26

5.1* Two reactions in this experiment ( Zr, Z=40 )

112Sn+112Sn:



dp/p=7.66% ; Brho(Tm): 2.5050, 2.5050



-240 -200 -160 -120 -80 -40 0 40 80 120 160 200X (mm)

0.002

0.006

0.01

0.014

0.018

0.022

Yiel

d (p

ps/m

m)

86Zr 40+ 40+:95.6%86Zr 40+ 39+:95.6%86Zr 40+ 38+:95.6%87Zr 40+ 40+:76.6%87Zr 40+ 39+:76.6%87Zr 40+ 38+:76.6%

85Zr 40+ 40+:96.2%85Zr 40+ 39+:96.2%85Zr 40+ 38+:96.2%88Zr 40+ 40+:42.2%88Zr 40+ 39+:42.2%88Zr 40+ 38+:42.2%

89Zr 40+ 40+:18.5%89Zr 40+ 39+:18.5%89Zr 40+ 38+:18.5%


85Zr 39+ 40+:73.4%85Zr 39+ 39+:73.4%85Zr 39+ 38+:73.4%88Zr 39+ 40+:8.0%88Zr 39+ 39+:8.0%90Zr 40+ 40+:7.6%90Zr 40+ 39+:7.6%

89Zr 39+ 40+:3.3%89Zr 39+ 39+:3.3% 83Zr 40+ 40+:81.3%83Zr 40+ 39+:81.3%83Zr 40+ 38+:81.3%84Zr 39+ 40+:94.0%84Zr 39+ 39+:94.0%84Zr 39+ 38+:94.0%91Zr 40+ 40+:2.9%86Zr 38+ 40+:7.8% 83Zr 39+ 40+:95.4%83Zr 39+ 39+:95.4%85Zr 38+ 40+:17.7% 82Zr 40+ 40+:60.8%82Zr 40+ 39+:60.8%84Zr 38+ 40+:38.5% 82Zr 39+ 40+:90.2%


dp/p=8.87% ; Brho(Tm): 2.5050, 2.5050



-260 -220 -180 -140 -100 -60 -20 20 60 100 140 180X (mm)

0.002

0.006

0.01

0.014

0.018

0.022

0.026

0.03

0.034

0.038

Yiel

d (p

ps/m

m)

87Zr 40+ 40+:95.3%87Zr 40+ 39+:95.3%87Zr 40+ 38+:95.3%

86Zr 40+ 40+:97.5%86Zr 40+ 39+:97.5%86Zr 40+ 38+:97.5%88Zr 40+ 40+:75.9%88Zr 40+ 39+:75.9%88Zr 40+ 38+:75.9%

89Zr 40+ 40+:43.0%89Zr 40+ 39+:43.0%89Zr 40+ 38+:43.0%

85Zr 40+ 40+:95.0%85Zr 40+ 39+:95.0%85Zr 40+ 38+:95.0%

87Zr 39+ 40+:40.9%87Zr 39+ 39+:40.9%87Zr 39+ 38+:40.9%90Zr 40+ 40+:20.0%90Zr 40+ 39+:20.0%90Zr 40+ 38+:20.0%


89Zr 39+ 40+:8.9%89Zr 39+ 39+:8.9% 85Zr 39+ 40+:93.6%85Zr 39+ 39+:93.6%85Zr 39+ 38+:93.6%91Zr 40+ 40+:9.3%91Zr 40+ 39+:9.3%90Zr 39+ 40+:3.9%90Zr 39+ 39+:3.9% 84Zr 39+ 40+:97.0%84Zr 39+ 39+:97.0%84Zr 39+ 38+:97.0%92Zr 40+ 40+:4.0%92Zr 40+ 39+:4.0% 83Zr 40+ 40+:78.9%83Zr 40+ 39+:78.9%87Zr 38+ 40+:9.0%87Zr 38+ 39+:9.0%86Zr 38+ 40+:19.2%86Zr 38+ 39+:19.2% 83Zr 39+ 40+:94.2%83Zr 39+ 39+:94.2%85Zr 38+ 40+:39.0%85Zr 38+ 39+:39.0% 82Zr 40+ 40+:59.4%84Zr 38+ 40+:69.0%

27

5.1* Two reactions in this experiment ( Br, Z=35 )

112Sn+112Sn:



dp/p=7.66% ; Brho(Tm): 2.5050, 2.5050



-250 -150 -50 50 150 250X (mm)

0.001

0.003

0.005

0.007

0.009

0.011

0.013

Yiel

d (p

ps/m

m)

76Br 35+ 35+:71.5%76Br 35+ 34+:71.5%76Br 35+ 33+:71.5%75Br 35+ 35+:90.0%75Br 35+ 34+:90.0%75Br 35+ 33+:90.0%

77Br 35+ 35+:42.5%77Br 35+ 34+:42.5%77Br 35+ 33+:42.5%

74Br 35+ 35+:90.4%74Br 35+ 34+:90.4%74Br 35+ 33+:90.4%

78Br 35+ 35+:22.0%78Br 35+ 34+:22.0%

73Br 35+ 35+:81.7%73Br 35+ 34+:81.7%

79Br 35+ 35+:10.7%79Br 35+ 34+:10.7%76Br 34+ 35+:20.9%76Br 34+ 34+:20.9%75Br 34+ 35+:40.8%75Br 34+ 34+:40.8%

77Br 34+ 35+:10.3%77Br 34+ 34+:10.3% 74Br 34+ 35+:68.6%74Br 34+ 34+:68.6%80Br 35+ 35+:5.1% 72Br 35+ 35+:65.0%72Br 35+ 34+:65.0%78Br 34+ 35+:5.2% 73Br 34+ 35+:88.0%73Br 34+ 34+:88.0% 71Br 35+ 35+:38.6%72Br 34+ 35+:89.2%


dp/p=8.87% ; Brho(Tm): 2.5050, 2.5050



-300 -200 -100 0 100 200X (mm)

0.002

0.006

0.01

0.014

0.018

0.022

Yiel

d (p

ps/m

m)

76Br 35+ 35+:89.1%76Br 35+ 34+:89.1%76Br 35+ 33+:89.1%

75Br 35+ 35+:93.9%75Br 35+ 34+:93.9%75Br 35+ 33+:93.9%

77Br 35+ 35+:67.8%77Br 35+ 34+:67.8%77Br 35+ 33+:67.8%

74Br 35+ 35+:89.7%74Br 35+ 34+:89.7%74Br 35+ 33+:89.7%

78Br 35+ 35+:40.2%78Br 35+ 34+:40.2%78Br 35+ 33+:40.2%

73Br 35+ 35+:80.6%73Br 35+ 34+:80.6%79Br 35+ 35+:21.1%79Br 35+ 34+:21.1%

76Br 34+ 35+:38.3%76Br 34+ 34+:38.3%75Br 34+ 35+:64.4%75Br 34+ 34+:64.4%77Br 34+ 35+:20.4%77Br 34+ 34+:20.4%80Br 35+ 35+:10.6%80Br 35+ 34+:10.6% 74Br 34+ 35+:86.8%74Br 34+ 34+:86.8%78Br 34+ 35+:10.5%78Br 34+ 34+:10.5% 72Br 35+ 35+:64.2%72Br 35+ 34+:64.2%81Br 35+ 35+:5.5% 73Br 34+ 35+:92.9%73Br 34+ 34+:92.9%79Br 34+ 35+:5.3% 71Br 35+ 35+:39.0%72Br 34+ 35+:88.7%

28

5.1* Two reactions in this experiment ( Zn, Z=30 )

112Sn+112Sn:



dp/p=7.66% ; Brho(Tm): 2.5050, 2.5050



-300 -200 -100 0 100 200 300X (mm)

0.0005

0.0015

0.0025

0.0035

0.0045

0.0055

0.0065

Yiel

d (p

ps/m

m)

64Zn 30+ 30+:83.6%64Zn 30+ 29+:83.6%65Zn 30+ 30+:67.8%65Zn 30+ 29+:67.8%

66Zn 30+ 30+:42.8%66Zn 30+ 29+:42.8%63Zn 30+ 30+:81.7%63Zn 30+ 29+:81.7%

67Zn 30+ 30+:23.5%67Zn 30+ 29+:23.5%

62Zn 30+ 30+:68.2%62Zn 30+ 29+:68.2%

68Zn 30+ 30+:12.4%



dp/p=8.87% ; Brho(Tm): 2.5050, 2.5050



-300 -200 -100 0 100 200 300X (mm)

0.001

0.002

0.003

0.004

0.005

0.006

0.007

0.008

0.009

0.01

Yiel

d (p

ps/m

m)

65Zn 30+ 30+:82.7%65Zn 30+ 29+:82.7%64Zn 30+ 30+:88.1%64Zn 30+ 29+:88.1%

66Zn 30+ 30+:61.9%66Zn 30+ 29+:61.9%

63Zn 30+ 30+:81.6%63Zn 30+ 29+:81.6%

67Zn 30+ 30+:37.6%67Zn 30+ 29+:37.6%

62Zn 30+ 30+:67.3%62Zn 30+ 29+:67.3%

68Zn 30+ 30+:21.2%68Zn 30+ 29+:21.2%

65Zn 29+ 30+:35.7%65Zn 29+ 29+:35.7%64Zn 29+ 30+:58.8%64Zn 29+ 29+:58.8% 61Zn 30+ 30+:45.2%69Zn 30+ 30+:11.5%66Zn 29+ 30+:20.0% 63Zn 29+ 30+:80.1%63Zn 29+ 29+:80.1%67Zn 29+ 30+:10.9% 62Zn 29+ 30+:86.7%61Zn 29+ 30+:80.4%

29

5.2* Summary of the measured isotopes (for Plan B)

Zn(Z=30) Br(Z=35) Zr(Z=40) Rh(Z=45)

108Sn+112Sn (62?),63,64 73,74,75 83,84,85,86 93,94,95,96,97

108Sn+124Sn (62?),63,64 73,74,75 83,84,85,86 93,94,95,96,97

112Sn+112Sn (62?),63,64 73,74,75 83,84,85,86 93,94,95,96,97,98

112Sn+124Sn (62?),63,64 73,74,75 83,84,85,86 93,94,95,96,97,98

112Sn+112Sn(MSU)

61 ~ 66 72 ~ 77 83 ~ 89 93 ~ 101

112Sn+124Sn(MSU)

61 ~ 66 71 ~ 77 82 ~ 89 93 ~ 101

Press here to directly go back to Slide 16

6. Beam Charge States Measurement

Beam Brho(Tm) F9 slit (mm) Charge states

108Sn 2.64 ‐75 ~ 75 50+ , 49+ , 48+

112Sn 2.74 ‐75 ~ 75 50+ , 49+ , 48+

(With target, With Fast Plastic hole)

108Sn: 112Sn:

30

7. Al Degrader (For Plan A)

Use the Al to replace the target to tune the beam into the fragments Brho region.

Beam Brho(Tm) F9 slit (mm) Al thickness (mg/cm2)

108Sn 2.505 ‐75 ~ 75 70.7 (7 layer)

112Sn 2.505 ‐75 ~ 75 101 ( 10 layer)

108Sn: 112Sn:

(No target, No Fast Plastic)

31

32

8. Disscussion

• Design and construct the mount to hold the microball.• Need details of the target ladder design. How it will fit through the

microball and size and number of target frames?• Need details on a 2nd target ladder to hold the degrader foils and the

scintillator.• Need to connect the chamber to the Zero Degree Spectrometer.• Do you want to use the MSU scintillator used in Jack's experiment? If so,

should we send that with the group going to the RIBF user meeting?• Can we use the RF time to determine the beams? RF time will not be

give the best PID at the focal plane.• Does the focal plan detectors have total energy information to do the

charge state identifications.• We need beam tuning to decide on the size of the beam• Event rate• DAQ read out and online analysis

Presentation by Isobe in the next meeting

run plan for diffusion experiment at riken · 2012. 5. 15. · run plan for diffusion experiment at...

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