z-t analysis
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開始行:
[[Analysis_Imaging]]
*&size(25){run-by-run analysis}; [#r04f3bae]
-&size(20){Production run = 340,341,362,363,368,369,370,371,372};&br;
*&size(25){Checked subjects}; [#v03ed641]
|Number|Subject|cut|1|2|3|4|5|comment|
|31|Z-T plot|pw,isgoodmina==1,nscint=1,nposmcp=1,energymina[0]>10,Time mcp - time TRIG <40ns and >0ns.,dcZ > -25, dcZ < 40, dcY < 25 , dcY> -25 vetohit_nhitveto==0,(zdiff)mcpresult_zmcp[0]-dcZ<5 and mcpresult_zmcp[0]-dcZ>-15|Result||||||
|~|~|~|&ref(./31_result1.gif,10%);|&ref(./31_result2.gif,10%);|||||
|32|Z-T plot|pw,isgoodmina==1,nscint=1,nposmcp=1,energymina[0]>10,Time mcp - time TRIG <40ns and >0ns.,dcZ > -25, dcZ < 40, dcY < 25 , dcY> -25 vetohit_nhitveto==0,(zdiff)mcpresult_zmcp[0]-dcZ<5 and mcpresult_zmcp[0]-dcZ>-15|Result||||||
|~|~|~|&ref(./32__result0.gif,10%);|&ref(./32__result.gif,10%);|&ref(./32__result2.gif,10%);|&ref(./32__result3.gif,10%);|||
|33|Z-T plot,Time slice, subtruct signal came from target, g(t) evaluation by subtracted normalized time slice |pw,isgoodmina==1,nscint=1,nposmcp=1,energymina[0]>10,Time mcp - time TRIG <40ns and >0ns.,dcZ > -25, dcZ < 40, dcY < 25 , dcY> -25 vetohit_nhitveto==0,(zdiff)mcpresult_zmcp[0]-dcZ<5 and mcpresult_zmcp[0]-dcZ>-15|Result||||||
|~|~|~|&ref(./33__result0.gif,10%);|&ref(./33__result.gif,10%);|&ref(./33__result2.gif,10%);|&ref(./33__result6.gif,10%);|&ref(./33__result4.gif,10%);|&ref(./33__result5.gif,10%);|
|34|Z-T plot,Time slice, g(t) evaluation by normalized time slice, not subtracted. evaluation|pw,isgoodmina==1,nscint=1,nposmcp=1,energymina[0]>10,Time mcp - time TRIG <40ns and >0ns.,dcZ > -25, dcZ < 40, dcY < 25 , dcY> -25 vetohit_nhitveto==0,(zdiff)mcpresult_zmcp[0]-dcZ<5 and mcpresult_zmcp[0]-dcZ>-15|Result||||||
|~|~|~|&ref(./34_integralfit.gif,10%);|&ref(./34_result_timeslice.gif,10%);|||||
|35|MuSR fitting|pw,isgoodmina==1,nscint=1,nposmcp=1,energymina[0]>10,Time mcp - time TRIG <40ns and >0ns.,dcZ > -25, dcZ < 40, dcY < 25 , dcY> -25 vetohit_nhitveto==0,(zdiff)mcpresult_zmcp[0]-dcZ<5 and mcpresult_zmcp[0]-dcZ>-15|Result||||||
|~|~|~|&ref(./35__result0.gif,10%);||||||
|36|μSR fitting|pw,isgoodmina==1,nscint=1,nposmcp=1,energymina[0]>10,Time mcp - time TRIG <40ns and >0ns.,dcZ > -25, dcZ < 40, dcY < 25 , dcY> -25 vetohit_nhitveto==0,(zdiff)mcpresult_zmcp[0]-dcZ<5 and mcpresult_zmcp[0]-dcZ>-15|Result||||||
|~|~|~|&ref(./36_result0.gif,10%);||||||
|37|μSR fitting, within 1 bin|pw,isgoodmina==1,nscint=1,nposmcp=1,energymina[0]>10,Time mcp - time TRIG <40ns and >0ns.,dcZ > -25, dcZ < 40, dcY < 25 , dcY> -25 vetohit_nhitveto==0,(zdiff)mcpresult_zmcp[0]-dcZ<5 and mcpresult_zmcp[0]-dcZ>-15|Result||||||
|~|~|~|&ref(./37_result0.gif,10%);|&ref(./37__result2.gif,10%);|||||
|38|μSR fitting, within 1 bin|pw,isgoodmina==1,nscint=1,nposmcp=1,energymina[0]>10,Time mcp - time TRIG <40ns and >0ns.,dcZ > -25, dcZ < 40, dcY < 25 , dcY> -25 vetohit_nhitveto==0,(zdiff)mcpresult_zmcp[0]-dcZ<5 and mcpresult_zmcp[0]-dcZ>-15|Result||||||
|~|~|~|&ref(./38_result0.gif,10%);|&ref(./38_result2.gif,10%);|||||
&br;
&br;
*&size(25){result subject}; [#pb396813]
|number|result|
|31|All run|
|34|production run, integration of normalized time slice for all area(-25 to 50)|
|36|Fitting with muon spin rotation. z slice was set to (9,12)[bin].|
|37|Fitting with muon spin rotation. z slice was set to (11,11)[bin].μSR signal fitting should not apply to outside region of the target.|
|38|normalization does not contain μSR. Only Exp function.|
<----31------------->
FCN=-6259.18 FROM MIGRAD STATUS=CONVERGED 52 CALLS 53 TOTAL
EDM=1.00219e-10 STRATEGY= 1 ERROR MATRIX ACCURATE
EXT PARAMETER STEP FIRST
NO. NAME VALUE ERROR SIZE DERIVATIVE
1 Constant 6.17403e+00 4.27244e-02 1.37795e-03 -3.93124e-04
2 Slope -4.75254e-04 1.37240e-05 4.42627e-07 -8.87196e-01
ERR DEF= 0.5
<----34--------------->
****************************************
Minimizer is Linear
Chi2 = 1.0277
NDf = 3
p0 = 3.24079 +/- 0.698684
p1 = 2.89035 +/- 0.370172
<----------35--------------->
TF1 *nf1= new TF1("nf1","[0]*TMath::Exp(-[1]*x)*(1.+[2]*cos([3]*(x - 650.)))",0,10000);
nf1->SetParameter(0,100.);
nf1->SetParameter(1,4.75E-04);
nf1->SetParameter(2,20.);
// nf1->SetParLimits(2,0,100);
nf1->SetParameter(3,2*TMath::Pi()/750.);
*&size(25){Discussion}; [#qc6f8598]
-(25,Mar,2011) I discuss g(t) term with saito-san and mibe-san. result34 shows that:
[1]Regarding early-section(<4us), Mu seeping through the surface with no time-variation, or constrantly.
This is conflict with t^[-1/2] ~ t^[-1] that we supposed to (t^[-1/2] ~ D=8cm^2/s, t^[-1] correspond to D=1000cm^2/s)
[2]MCP acceptance: Once Mu diffuse out from MCP ring diameter, we cannot catch signals from them. We must be careful to analyze later-time slice.
[3]z slice, z=target surface : musr correction
-(29,Mar,2011)
終了行:
[[Analysis_Imaging]]
*&size(25){run-by-run analysis}; [#r04f3bae]
-&size(20){Production run = 340,341,362,363,368,369,370,371,372};&br;
*&size(25){Checked subjects}; [#v03ed641]
|Number|Subject|cut|1|2|3|4|5|comment|
|31|Z-T plot|pw,isgoodmina==1,nscint=1,nposmcp=1,energymina[0]>10,Time mcp - time TRIG <40ns and >0ns.,dcZ > -25, dcZ < 40, dcY < 25 , dcY> -25 vetohit_nhitveto==0,(zdiff)mcpresult_zmcp[0]-dcZ<5 and mcpresult_zmcp[0]-dcZ>-15|Result||||||
|~|~|~|&ref(./31_result1.gif,10%);|&ref(./31_result2.gif,10%);|||||
|32|Z-T plot|pw,isgoodmina==1,nscint=1,nposmcp=1,energymina[0]>10,Time mcp - time TRIG <40ns and >0ns.,dcZ > -25, dcZ < 40, dcY < 25 , dcY> -25 vetohit_nhitveto==0,(zdiff)mcpresult_zmcp[0]-dcZ<5 and mcpresult_zmcp[0]-dcZ>-15|Result||||||
|~|~|~|&ref(./32__result0.gif,10%);|&ref(./32__result.gif,10%);|&ref(./32__result2.gif,10%);|&ref(./32__result3.gif,10%);|||
|33|Z-T plot,Time slice, subtruct signal came from target, g(t) evaluation by subtracted normalized time slice |pw,isgoodmina==1,nscint=1,nposmcp=1,energymina[0]>10,Time mcp - time TRIG <40ns and >0ns.,dcZ > -25, dcZ < 40, dcY < 25 , dcY> -25 vetohit_nhitveto==0,(zdiff)mcpresult_zmcp[0]-dcZ<5 and mcpresult_zmcp[0]-dcZ>-15|Result||||||
|~|~|~|&ref(./33__result0.gif,10%);|&ref(./33__result.gif,10%);|&ref(./33__result2.gif,10%);|&ref(./33__result6.gif,10%);|&ref(./33__result4.gif,10%);|&ref(./33__result5.gif,10%);|
|34|Z-T plot,Time slice, g(t) evaluation by normalized time slice, not subtracted. evaluation|pw,isgoodmina==1,nscint=1,nposmcp=1,energymina[0]>10,Time mcp - time TRIG <40ns and >0ns.,dcZ > -25, dcZ < 40, dcY < 25 , dcY> -25 vetohit_nhitveto==0,(zdiff)mcpresult_zmcp[0]-dcZ<5 and mcpresult_zmcp[0]-dcZ>-15|Result||||||
|~|~|~|&ref(./34_integralfit.gif,10%);|&ref(./34_result_timeslice.gif,10%);|||||
|35|MuSR fitting|pw,isgoodmina==1,nscint=1,nposmcp=1,energymina[0]>10,Time mcp - time TRIG <40ns and >0ns.,dcZ > -25, dcZ < 40, dcY < 25 , dcY> -25 vetohit_nhitveto==0,(zdiff)mcpresult_zmcp[0]-dcZ<5 and mcpresult_zmcp[0]-dcZ>-15|Result||||||
|~|~|~|&ref(./35__result0.gif,10%);||||||
|36|μSR fitting|pw,isgoodmina==1,nscint=1,nposmcp=1,energymina[0]>10,Time mcp - time TRIG <40ns and >0ns.,dcZ > -25, dcZ < 40, dcY < 25 , dcY> -25 vetohit_nhitveto==0,(zdiff)mcpresult_zmcp[0]-dcZ<5 and mcpresult_zmcp[0]-dcZ>-15|Result||||||
|~|~|~|&ref(./36_result0.gif,10%);||||||
|37|μSR fitting, within 1 bin|pw,isgoodmina==1,nscint=1,nposmcp=1,energymina[0]>10,Time mcp - time TRIG <40ns and >0ns.,dcZ > -25, dcZ < 40, dcY < 25 , dcY> -25 vetohit_nhitveto==0,(zdiff)mcpresult_zmcp[0]-dcZ<5 and mcpresult_zmcp[0]-dcZ>-15|Result||||||
|~|~|~|&ref(./37_result0.gif,10%);|&ref(./37__result2.gif,10%);|||||
|38|μSR fitting, within 1 bin|pw,isgoodmina==1,nscint=1,nposmcp=1,energymina[0]>10,Time mcp - time TRIG <40ns and >0ns.,dcZ > -25, dcZ < 40, dcY < 25 , dcY> -25 vetohit_nhitveto==0,(zdiff)mcpresult_zmcp[0]-dcZ<5 and mcpresult_zmcp[0]-dcZ>-15|Result||||||
|~|~|~|&ref(./38_result0.gif,10%);|&ref(./38_result2.gif,10%);|||||
&br;
&br;
*&size(25){result subject}; [#pb396813]
|number|result|
|31|All run|
|34|production run, integration of normalized time slice for all area(-25 to 50)|
|36|Fitting with muon spin rotation. z slice was set to (9,12)[bin].|
|37|Fitting with muon spin rotation. z slice was set to (11,11)[bin].μSR signal fitting should not apply to outside region of the target.|
|38|normalization does not contain μSR. Only Exp function.|
<----31------------->
FCN=-6259.18 FROM MIGRAD STATUS=CONVERGED 52 CALLS 53 TOTAL
EDM=1.00219e-10 STRATEGY= 1 ERROR MATRIX ACCURATE
EXT PARAMETER STEP FIRST
NO. NAME VALUE ERROR SIZE DERIVATIVE
1 Constant 6.17403e+00 4.27244e-02 1.37795e-03 -3.93124e-04
2 Slope -4.75254e-04 1.37240e-05 4.42627e-07 -8.87196e-01
ERR DEF= 0.5
<----34--------------->
****************************************
Minimizer is Linear
Chi2 = 1.0277
NDf = 3
p0 = 3.24079 +/- 0.698684
p1 = 2.89035 +/- 0.370172
<----------35--------------->
TF1 *nf1= new TF1("nf1","[0]*TMath::Exp(-[1]*x)*(1.+[2]*cos([3]*(x - 650.)))",0,10000);
nf1->SetParameter(0,100.);
nf1->SetParameter(1,4.75E-04);
nf1->SetParameter(2,20.);
// nf1->SetParLimits(2,0,100);
nf1->SetParameter(3,2*TMath::Pi()/750.);
*&size(25){Discussion}; [#qc6f8598]
-(25,Mar,2011) I discuss g(t) term with saito-san and mibe-san. result34 shows that:
[1]Regarding early-section(<4us), Mu seeping through the surface with no time-variation, or constrantly.
This is conflict with t^[-1/2] ~ t^[-1] that we supposed to (t^[-1/2] ~ D=8cm^2/s, t^[-1] correspond to D=1000cm^2/s)
[2]MCP acceptance: Once Mu diffuse out from MCP ring diameter, we cannot catch signals from them. We must be careful to analyze later-time slice.
[3]z slice, z=target surface : musr correction
-(29,Mar,2011)
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