首页> 美国政府科技报告 >Neutron Streaming through an Iron Duct: Comparison of Measured and Calculated Neutron and gamma-ray Energy Spectra Using Monte Carlo MORSE and MCNP Codes. A Benchmark Experiment Proposal.
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Neutron Streaming through an Iron Duct: Comparison of Measured and Calculated Neutron and gamma-ray Energy Spectra Using Monte Carlo MORSE and MCNP Codes. A Benchmark Experiment Proposal.

机译:中子流通过铁管:使用蒙特卡罗mORsE和mCNp代码比较测量和计算的中子和伽马射线能谱。基准实验提案。

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摘要

The shielding problem for a fusion reactor could, in principle, be similar to the fission reactor problem solved thirty years ago. Nevertheless, the large difference in the energy of neutrons (14 MeV for fusion, about 1 MeV for fission) requires, in connection with the shield design for a fusion reactor, improvement in the present calculation methods and key experiments in order to gain confidence in these calculations. This report presents the proposal of a neutron streaming experiment, to be used as a benchmark to test neutron code calculation. As measured by R.T. Santoro, neutron and gamma-ray energy spectra, resulting from the streaming of 14 MeV neutrons through a 0.3 m/diameter iron duct, are compared with spectra calculated by the use of 3-D Monte Carlo MORSE and MCNP codes.

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