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1. 安徽省物理电子学重点实验室中国科学技术大学
2. 安徽省物理电子学重点实验室中国科学技术大学,合肥,230026
纸质出版日期:2007-03-01
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[1]张岳华,李锋,金革,虞孝麒,江晓.惯性约束核聚变实验中子飞行时间谱仪的时间测量插件[J].核技术,2007(03):227-230.
ZHANG Yuehua LI Feng JIN Ge YU Xiaoqi JIANG Xiao. A TDC module used in nTOF of ICF[J]. Nuclear techniques, 2007, (3): 227-230.
大型的惯性约束核聚变(ICF)设施都采用中子飞行时间(nTOF)探测系统测量离子温度。大阵列中子探测器系统作为国际上使用的最主要探测手段
已成为ICF诊断平均密度半径积?ρR?的标准技术。用于“神光III”原型及主机的灵敏中子探测器阵列的时间分辨期望达到1 ns
为此探测器后的电子学系统的时间分辨期望达到100 ps。采用ACAM公司的GP2作为时间测量插件的核心芯片
我们研制了基于VME总线的多通道TDC时间测量插件
其时间分辨小于61 ps。
Neutron time-of-flight(TOF) can provide important information about the fuel-ion burn temperature in various inertial-confinement-fusion(ICF) target designs.The sensitive neutron detector array is used to increase sensitivity while maintaining good time resolution for low-yield targets.It has been a standard technique to diagnose the average density-radius product ? ρ R?
which is a very important parameter in ICF experiments.The time resolution of the sensitive neutron detector array which will be used in “Shen Guang III” system is expected to be 1 ns
and the one of the electronic system connected with the detectors is 100 ps.Based on the next generation of TDCs from ACAM
TDC-GP2
a VME-plug-in multi-chanel TDC module
with a time-resolution of less than 61 ps
has been designed.
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