Simulation of High Energy X-CT Detector Based on Gas Electron Multiplier by MCNP Program

ZHENG Li-jun; LIU Yi-bao; WANG Ai-xing

ZHENG Li-jun, LIU Yi-bao, WANG Ai-xing. Simulation of High Energy X-CT Detector Based on Gas Electron Multiplier by MCNP Program[J]. CT Theory and Applications, 2014, 23(3): 435-442.

Citation:

ZHENG Li-jun, LIU Yi-bao, WANG Ai-xing. Simulation of High Energy X-CT Detector Based on Gas Electron Multiplier by MCNP Program[J]. CT Theory and Applications, 2014, 23(3): 435-442.

Citation:

ZHENG Li-jun, LIU Yi-bao, WANG Ai-xing. Simulation of High Energy X-CT Detector Based on Gas Electron Multiplier by MCNP Program[J]. CT Theory and Applications, 2014, 23(3): 435-442.

Simulation of High Energy X-CT Detector Based on Gas Electron Multiplier by MCNP Program

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MCNP program in Monte Carlo is used to investigate the photoelectric conversion efficiency of detector with different energies or materials, and proving a gas detector which makes use of high density thin sheet metal as the photoelectric converter.Photoelectric transformation efficiency of X photon would had a significant change. The project has a considerable application prospect of development.

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Simulation of High Energy X-CT Detector Based on Gas Electron Multiplier by MCNP Program

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