TN25 2004032028 光缆光功率实时监测仪的设计与实现=Design and realization of optical power real-time monitor for optical cable[刊,中]/曹俊忠(天津大学电子信息工程学院.天津(300072)),鲍振武∥电子测量与仪器学报.—2003,17(1).
The spatial resolution of a position sensitive gamma-ray detector configuration based on plastic scintillation fiber array was measured using a Monte Carlo simulation method. Both point spread function and modulation ...The spatial resolution of a position sensitive gamma-ray detector configuration based on plastic scintillation fiber array was measured using a Monte Carlo simulation method. Both point spread function and modulation transfer function (MTF) were presented. The factors that influence the spatial resolution were also discussed. The results of the simulation showed that the intrinsic spatial resolution was consistent with the size of the physical pixels and a few centimeters spatial resolution could be obtained under certain circumstances.展开更多
A large-area plastic-scintillation-fiber ion detector array was developed for the secondary beam scattering experiments at RIBLL, which mainly made of 4×108 fibers (BCF-12), 2×108 photo-guides and 2×108
文摘TN25 2004032028 光缆光功率实时监测仪的设计与实现=Design and realization of optical power real-time monitor for optical cable[刊,中]/曹俊忠(天津大学电子信息工程学院.天津(300072)),鲍振武∥电子测量与仪器学报.—2003,17(1).
基金Supported by Natural Science Foundation of China (No.60602065)Innovation Funds of USTC for Graduate Student (No.KD2006009)
文摘The spatial resolution of a position sensitive gamma-ray detector configuration based on plastic scintillation fiber array was measured using a Monte Carlo simulation method. Both point spread function and modulation transfer function (MTF) were presented. The factors that influence the spatial resolution were also discussed. The results of the simulation showed that the intrinsic spatial resolution was consistent with the size of the physical pixels and a few centimeters spatial resolution could be obtained under certain circumstances.
文摘A large-area plastic-scintillation-fiber ion detector array was developed for the secondary beam scattering experiments at RIBLL, which mainly made of 4×108 fibers (BCF-12), 2×108 photo-guides and 2×108