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Abstract：
This paper presents the determination method of the exact geographical coordinates of aboveground nuclear tests (NT) epicenters based on the radioecological study results the example of the Semipalatinsk Nuclear Test Site. By testing the NT Epicenter software for determining the exact geographic coordinates of the NT centers, it was established that it is indeed possible to determine the exact coordinates of most of the aboveground NTs. Their locations are currently determined by the presence are currently determined by the presence of technogenic disturbance of the soil surface in the area of the alleged epicenter (the presence of a crater), as well as by comparing maps of radioactive contamination and a space image. The accuracy of the precise coordinates of the NT is highly dependent on the density of the auxiliary grid: the smaller the pitch of the auxiliary grid, the higher the accuracy of the NT epicenter.
摘要：
本文根据辐射生态学研究结果，以塞米巴拉金斯克核试验场为例，提出了确定地面核试验（NT）震中精确地理坐标的方法。通过测试NTEpicenter软件来确定NT中心的确切地理坐标，已经确定，确实可以确定大多数地上NT的精确坐标。它们的位置目前是由存在确定的，目前是由所谓的震中区域土壤表面的技术干扰(存在火山口)确定的，以及通过比较放射性污染的地图和空间图像。NT的精确坐标的精度高度依赖于辅助网格的密度：辅助网格的间距越小，NT震中的精度越高。
