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Preliminary Study on Improving Resolution of D-T Neutron Radiography based on Associated Alpha and Coded Source Imaging Methods

Sheng WangInstitute of Nuclear Physics and Chemistry, CAEPYang WuInstitute of Nuclear Physics and Chemistry, CAEP,Heyong HuoInstitute of Nuclear Physics and Chemistry, CAEP,Hang LiInstitute of Nuclear Physics and Chemistry, CAEP,Chunlei WuInstitute of Nuclear Physics and Chemistry, CAEP,An LiInstitute of Nuclear Physics and Chemistry, CAEP,Bin TangInstitute of Nuclear Physics and Chemistry, CAEP,Zhenghong LiInstitute of Nuclear Physics and Chemistry, CAEP,
EPJ Web of Conferencesjournal2020en
ABI

Аннотация

Limitations of fast neutron radiography include low detection efficiency and poor spatial resolution. D-T neutron radiography is one compact fast neutron radiography method. Based on D-T associated alpha particle method and coded source imaging method, we indicate one new method to improve resolution of D-T neutron radiography. This method could get distribution of D-T neutrons by detecting alpha particles. Without real coded mask, the D-T radiography structure is considered as coded source imaging of fast neutrons. With reconstruction method, the real object could be reconstructed from projections. One prospect setup of D-T associated alpha neutron source has been carried out with Monte-Carlo simulation. The projection images of two different situations are collected and reconstruction results show that it’s possible to improve image quality of D-T neutron radiography.

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