加速器中子源

在用静电加速器中子源标定探测器的中子灵敏度实验中，采用BF3长计数管+定标器系统过渡，用197Au中子活化分析方法达到了对中子注量在线、绝对监测的目的。

When the neutron sensitivity of detectors is calibrated with static accelerator , the intensity of neutron source is measured by BF 3 counting tube + calibrated counter system and the neutron flux is given by analyzing activated 197 Au .

加速器中子源的中子注量测量方法

The measurement of neutron flux from static accelerator

用于驱动次临界堆的惯性约束聚变中子源与加速器中子源的分析比较

Analysis and Comparison of the Inertial Confinement Fusion Neutron Source and the Accelerator-driven Neutron Source Used to Driving the Subcritical Reactor

详细讨论了探测器的标定方法，用饱和照射后截止的方法，在加速器中子源上给出了3个探测距离下的标定曲线和标定系数。

Various calibration methods are discussed in detail , with calibration curves and coefficients obtained for three distances based on the method for stopping the radiation after the detector is saturated using an accelerator type neutron source .

并与加速器D&D中子源的中子能谱进行了比较。

The neutron spectra from the gas discharge facility and D-D neutron source are compared .

在工程模拟实验中，加速器的中子源信号监测、环境散射及探测器结构材料等都可能产生非期望中子。

In engineering simulation experiment , the non-expected neutron may come into being in the Monitoring the signal of the accelerator neutron sources and surroundings scattering and structure material of the detector .

70MeV质子加速器产生的白光中子源强度和能谱的计算

Calculations of intensity and spectra of white light neutron source produced by 70 MeV proton accelerator