Title of article
Study of Properties of the Neutron Production Target Induced from 150-MeV Incident Proton Energy for the China ADS
Author/Authors
Fan، S. نويسنده , , Luo، Y. Ye, Z. Zhao, H. Yu, Z. نويسنده ,
Issue Information
روزنامه با شماره پیاپی سال 2001
Pages
-317
From page
318
To page
0
Abstract
A study of the properties of the neutron production target for the China accelerator-driven system induced from 150-MeV incident proton energy and a 3-mA beam current is performed. The selection of the material and geometry design for the target; the physics properties of the target involved in this work including the neutron yield, energy, and space distribution for the neutrons leaked from the target; and the spallation fragment of charge and mass distribution have been investigated using the SHIELD code. An analysis of the target radiation damage and energy deposit is also carried out.
Keywords
Thermodynamic models , Diffusional transport , Mixed adsorption layers , Adsorption kinetics , Liquid/fluid interfaces , Protein/surfactant mixtures , Dynamic interfacial tensions , Surface viscoelasticity , Brewster angle microscopy , maximum bubble pressure tensiometry , ADSA , Surfactant adsorption layers , Interfacial orientation , Interfacial aggregation , Penetration kinetics , Protein/lipid mixtures
Journal title
Nuclear Science and Engineering
Serial Year
2001
Journal title
Nuclear Science and Engineering
Record number
38269
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