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< < | -- PeterKammel - 04 Jan 2007
Diffusion Monte CarloGoals
Calculations
P_out function and decay ratesExtracted from mudh2n and mudHD simulation and already included in latest time analysis note.![]() Full kinetics range and timemp+p hfs scatteringmd+d hfs scattering md+p scattering mp->md transfer ppm formation is not included, but could be. Summary: Results follow expectations and document main features of diffusion processes. In principle, these results could be used for moment method or 3 par fit. But I leave that to Brendan, because his simulation better accounts for impact parameter and detector resolution. Production condition: mupHD![]() ![]() Calibration condition: mupHDC![]() ![]() Special pm+p diffusion studiesSome model distributions for testing Steve's reconstruction algorithmFor both topics see elog![]() Technical notesSimulation directory is /home/npl/kammel/mucap/Mucat/run/test Run Mucat on windows machine with MCK_2.bat mupHD This creates output in directory mupHD. Analyze on the local directory. Copy make_h2 root files to test directory and continue with c_out.C etc. Completed studies saved as mupHD.tar.gz, for example. | ||||||||||||||||||||||||||||||
> > | Please go to https://muon.npl.washington.edu/twiki/bin/view/Main/DiffusionPK![]() | ||||||||||||||||||||||||||||||
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P_out function and decay rates | ||||||||
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< < | Extracted from mudh2n and mudHD simulation and already included in latest time analysis note.![]() | |||||||
> > | Extracted from mudh2n and mudHD simulation and already included in latest time analysis note.![]() | |||||||
Full kinetics range and time | ||||||||
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![]() Special pm+p diffusion studiesSome model distributions for testing Steve's reconstruction algorithm | ||||||||
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< < | For both topics see elog![]() | |||||||
> > | For both topics see elog![]() | |||||||
Some thoughts on the efficiency differences and properties in Steve's formalism are collected here.
Technical notes |
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Special pm+p diffusion studiesSome model distributions for testing Steve's reconstruction algorithmFor both topics see elog![]() | ||||||||
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> > | Some thoughts on the efficiency differences and properties in Steve's formalism are collected here. | |||||||
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> > | For both topics see elog![]() | |||||||
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> > | Some model distributions for testing Steve's reconstruction algorithm | |||||||
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< < | -- PeterKammel - 04 Jan 2007 | ||||||||||||||||||||||||
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Diffusion Monte Carlo | |||||||||||||||||||||||||
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Calculations
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P_out function and decay rates | |||||||||||||||||||||||||
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> > | Extracted from mudh2n and mudHD simulation and already included in latest time analysis note.![]() | ||||||||||||||||||||||||
Full kinetics range and time | |||||||||||||||||||||||||
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< < | Actually ppm formation is not included in full kinetics. | ||||||||||||||||||||||||
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< < | Special pm+p diffusion studies | ||||||||||||||||||||||||
> > | mp+p hfs scattering md+d hfs scattering md+p scattering mp->md transfer ppm formation is not included, but could be. Summary: Results follow expectations and document main features of diffusion processes. In principle, these results could be used for moment method or 3 par fit. But I leave that to Brendan, because his simulation better accounts for impact parameter and detector resolution. Production condition: mupHD![]() ![]() Calibration condition: mupHDC![]() ![]() Special pm+p diffusion studiesTechnical notesSimulation directory is /home/npl/kammel/mucap/Mucat/run/test Run Mucat on windows machine with MCK_2.bat mupHD | ||||||||||||||||||||||||
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> > | This creates output in directory mupHD. Analyze on the local directory. Copy make_h2 root files to test directory and continue with c_out.C etc. Completed studies saved as mupHD.tar.gz, for example. | ||||||||||||||||||||||||
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< < | Technical notes | ||||||||||||||||||||||||
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> > |
Diffusion Monte CarloGoals
Calculations
P_out function and decay ratesFull kinetics range and timeActually ppm formation is not included in full kinetics.Special pm+p diffusion studiesTechnical notes |