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首页> 外文期刊>Nuclear Instruments & Methods in Physics Research. Section A, Accelerators, Spectrometers, Detectors and Associated Equipment >Time projection chamber based on micro-pattern detector for neutron time-resolved imaging
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Time projection chamber based on micro-pattern detector for neutron time-resolved imaging

机译:基于微模式探测器的中子时间分辨成像的时间投影室

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We report on the performance of a micro-Time Projection Chamber(TPC) with a micro-pixel chamber(μ-PIC) readout for a time-resolved neutron imaging detector. We developed a μ-TPC with a μ-PIC, which is a type of micro pattern gas detector, and detected three-dimensional (3-D) tracks and the Bragg curves of protons with energies of around 1 MeV. Based on this technique we pointed out that the 3-D measurement of the decay pattern of ~3He (n, p (573 keV)) ~3H (191 keV) reaction would enable us to distinguish the proton and triton using the energy loss information (Nucl. Instr. and Meth. 517 (2004) 219). Here we present the first result of the 3-D measurement of the decay pattern of ~3He reaction with the energy loss information using the μ-TPC.
机译:我们报告了具有时间分辨中子成像探测器的微像素室(μ-PIC)读数的微时间投射室(TPC)的性能。我们开发了一种带有μ-PIC的μ-TPC,这是一种微模式气体检测器,并检测了3维(3-D)轨迹和能量约为1 MeV的质子的布拉格曲线。基于这种技术,我们指出〜3He(n,p(573 keV))〜3H(191 keV)反应的衰减模式的3-D测量将使我们能够使用能量损失信息来区分质子和tri核(Nucl.Instr.and Meth.517(2004)219)。在这里,我们介绍了使用μ-TPC通过能量损失信息对〜3He反应的衰减模式进行3-D测量的第一个结果。

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