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Determination of neutron spectra using the programs GNSR and SPECTRIX

机译:使用GNSR和SPECTRIX程序测定中子谱

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摘要

We describe the capabilities and the application of two computer programs, which have been developed in order to facilitate common tasks in neutron spectrometry: GNSR (calculation of response matrices) and SPECTRIX (unfolding). Gas-filled Neutron Spectrometer Response calculates response functions and response matrices of various gas-filled neutron detectors. It can be configured to accommodate the appropriate gas-fillings and supports a number of different neutron beam configurations with a possibility to input calculated or measured neutron beam spectra. The program includes graphical capabilities as well as a context-sensitive help system. SPECTRIX implements several unfolding algorithms as well as support algorithms for unfolding and includes graphics capabilities and context-sensitive help. We apply both programs to a specific example: calculation of the response matrix of a;He detector and unfolding of the neutron spectrum of a thick accelerator target using the calculated response matrix. (C) 2002 Elsevier Science B.V. All rights reserved. References: 8
机译:我们描述了两个计算机程序的功能和应用,这两个程序是为了促进中子能谱分析中的常见任务而开发的:GNSR(响应矩阵的计算)和SPECTRIX(展开)。充气中子谱仪响应计算各种充气中子探测器的响应函数和响应矩阵。它可以配置为适应适当的气体填充,并支持许多不同的中子束配置,并可以输入计算或测量的中子束光谱。该程序包括图形功能以及上下文相关的帮助系统。SPECTRIX实现了多种展开算法以及展开支持算法,并包括图形功能和上下文相关帮助。我们将这两个程序应用于一个特定的例子:计算 a 的响应矩阵;使用计算的响应矩阵对厚加速器目标的中子谱进行检测和展开。(C) 2002 Elsevier Science B.V.保留所有权利。[参考资料: 8]

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