Difference between revisions of "NiowaveTargetHeatingResult 2015"
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MCNPX simulations of energy deposition into different cells are below. There is a slight overestimate (they add up to about 120%). Positrons contribute less than 1% of electrons' contribution. No magnetic filed is assumed. | MCNPX simulations of energy deposition into different cells are below. There is a slight overestimate (they add up to about 120%). Positrons contribute less than 1% of electrons' contribution. No magnetic filed is assumed. | ||
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| + | [[File:Model.png| 400 px]] | ||
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| + | [[File:Tablen1.png| 200 px]] | ||
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| + | [[File:Tablen2.png| 200 px]] | ||
[[G4Beamline_PbBi#Heating_along_the_Z-axis]] | [[G4Beamline_PbBi#Heating_along_the_Z-axis]] | ||
Latest revision as of 17:02, 8 February 2016
Energy Deposition in Target system (Heat)
MCNPX simulations of energy deposition into different cells are below. There is a slight overestimate (they add up to about 120%). Positrons contribute less than 1% of electrons' contribution. No magnetic filed is assumed.
