作者: C. D. Goodman , J. Rapaport , D. E. Bainum , M. B. Greenfield , C. A. Goulding
关键词: Time of flight 、 Phototube 、 Particle detector 、 Neutron temperature 、 Nuclear physics 、 Detector 、 Optics 、 Neutron detection 、 Scintillation counter 、 Physics 、 Scintillator 、 Nuclear and High Energy Physics 、 Electrical and Electronic Engineering 、 Nuclear Energy and Engineering
摘要: We discuss our experience in achieving sub-nanosecond time resolution with neutrons about 100 MeV on a scintillation detector 15 × cm viewed by single phototube. Time compensation is accomplished tilting the scintillator axis respect to neutron flight path as discussed previous paper. also interplay between from geometry of light collection and electronic technique for picking off signal.