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    • 2. 发明授权
    • Apparatus and method for detecting full-capture radiation events
    • 用于检测全捕获辐射事件的装置和方法
    • US5354991A
    • 1994-10-11
    • US24553
    • 1993-03-01
    • Daniel M. C. Odell
    • Daniel M. C. Odell
    • G01T1/164G01T1/17G01T1/161G01T1/20
    • G01T1/1642G01T1/17
    • An apparatus and method for sampling the output signal of a radiation detector and distinguishing full-capture radiation events from Compton scattering events. The output signal of a radiation detector is continuously sampled. The samples are converted to digital values and input to a discriminator where samples that are representative of events are identified. The discriminator transfers only event samples, that is, samples representing full-capture events and Compton events, to a signal processor where the samples are saved in a three-dimensional count matrix with time (from the time of onset of the pulse) on the first axis, sample pulse current amplitude on the second axis, and number of samples on the third axis. The stored data are analyzed to separate the Compton events from full-capture events, and the energy of the full-capture events is determined without having determined the energies of any of the individual radiation detector events.
    • 用于对辐射检测器的输出信号进行采样并将全捕获辐射事件与康普顿散射事件区分开的装置和方法。 辐射检测器的输出信号被连续取样。 将样本转换为数字值并输入到识别出代表事件的样本的鉴别器。 鉴别器仅将事件样本(即,表示全捕获事件和康普顿事件的样本)传送到信号处理器,其中将样本保存在具有时间(从脉冲开始时起)的三维计数矩阵中 第一轴,第二轴上的采样脉冲电流幅度和第三轴上的采样数。 分析存储的数据以将康普顿事件与全捕获事件分离,并且确定完全捕获事件的能量,而不确定任何单个辐射检测器事件的能量。