Because the cross section of a nuclear reaction is defined as the probability that a nuclear reaction will occur, measuring the cross section is very important in order to understand the production yield of radioactive isotopes. In general, after a proton beam irradiates targets, the radiation from the activated targets is measured using a detector such as the HPGe detector in order to measure the amount of radioactivity produced by the target material. Because the procedure to calculate the cross section from the raw data measured using the detector is usually a time-consuming task that can cause mistakes, a platform with an algorithm to perform the cross section calculation automatically is needed, and such a platform is currently being developed. A benchmark calculation to compare the data result published with the result calculated by using this platform should be applied in order to verify the platform for calculating the cross section from raw data. In this research, the cross section calculated by using the platform was compared with the published cross section.

中文翻译：

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用于验证计算横截面的平台的基准计算

由于核反应的横截面被定义为发生核反应的概率，因此测量横截面对于了解放射性同位素的产量非常重要。通常，在质子束照射目标之后，使用诸如 HPGe 检测器之类的检测器测量来自激活目标的辐射，以测量由目标材料产生的放射性量。由于使用检测器测量的原始数据计算横截面的过程通常是一项耗时的任务，可能会导致错误，因此需要一个具有自动执行横截面计算算法的平台，目前正在开发这样的平台。发达。应使用基准计算将发布的数据结果与使用该平台计算的结果进行比较，以验证从原始数据计算横截面的平台。在本研究中，将使用该平台计算的横截面与公布的横截面进行了比较。