Efficiency Calibration of Neutron Detectors with Large Area
Qingyuan Hu, Zhihuan Li, Ye Yanlin, Tao Zheng, Jiang Dongxing, Xiangqing Li, Quanjin Wang, Zhenyu Di, Pang Dan-Yang, Zhang Gao-Long, J. Wang
Abstract
Qingyuan Hu, Zhihuan Li, Ye Yanlin, Tao Zheng, Jiang Dongxing, Xiangqing Li, Quanjin Wang, Zhenyu Di, Pang Dan-Yang, Zhang Gao-Long, J. Wang
Abstract
A method was developed for efficiency calibration of large area neutron detectors based on γ-n coincidence and time-of-flight techniques using a 241Am- 9Be neutron source. The detector efficiency was also calculated by a Monte Carlo code and compared to the experimental results.
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A method was developed for efficiency calibration of large area neutron detectors based on γ-n coincidence and time-of-flight techniques using a 241Am- 9Be neutron source. The detector efficiency was also calculated by a Monte Carlo code and compared to the experimental results.
Key concepts: Physics, Calibration, Detector, Neutron, Monte Carlo method, Coincidence, Nuclear physics, Neutron detection