A Monte Carlo Model for Gamma-Ray Klein-Nishina Scattering Probabilities to Finite Detectors

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概要

• 論文の詳細を見る

• This report introduces the Monte Carlo simulating processes for gamma-ray Klein-Nishina scattering probabilities to finite detectors and a few modifications for producing photon mode and gamma production data from the neutron collision. Those approaches have been used in MCNP code. The calculation results are given according to the primary continuous photons, the line photons and the Compton photons, respectively. The results are compared with that of MCNP code. It indicates that the approach is valid and efficient for deep-penetration problems.

• 社団法人 日本原子力学会の論文
• 1996-09-25

著者

• Deng L

  Inst. Of Applied Physics And Computational Mathematics Beijing Chn

• Shaohui Cai

  Institute Of Applied Physics And Computational Mathematics

• Li Deng

  Institute Of Applied Physics And Computational Mathematics

• ZHENGFENG Huang

  Institute of Applied Physics and Computational Mathematics

• JIE Huang

  Institute of Applied Physics and Computational Mathematics

• Huang Z

  Institute Of Nuclear Energy Technology Tsinghua University

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• A Monte Carlo Model for Gamma-Ray Klein-Nishina Scattering Probabilities to Finite Detectors
• Research Method and Two-Phase Flow Stability of the Steam Generator of HTR-10

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