For detector of a radiation source, a system for radiation positioning using radiation spectroscopy detectors was constructed. This method can be used to measure a two-dimensional position using three detectors. For this, a basic system was constructed using three scintillation crystals and three optical sensors. The error between the actual position and the calculated position of the radiation source was evaluated. The calculated position was measured using an algorithm for radiation positioning measurement, which measures the radiation emitted from each position of detectors. A picture with coordinates was used to designate the exact location of the radiation source. In addition, the location of the radiation source was calculated using the radiation count measured at each location. As a result of measuring the error, the average error was 2.23% at position X and 3.26% at position Y. This basic experiment provides basic data for the system configuration when developing a system that can quickly detect a radiation source. This can be done without using a collimator when a system is constructed using radiation spectroscopy detectors.

针对辐射源的探测器，构建了利用辐射光谱探测器进行辐射定位的系统。该方法可用于使用三个检测器测量二维位置。为此，使用三个闪烁晶体和三个光学传感器构建了一个基本系统。评估辐射源的实际位置和计算位置之间的误差。使用用于辐射定位测量的算法测量计算的位置，该算法测量从探测器各个位置发出的辐射。带有坐标的图片用于指定辐射源的确切位置。此外，使用在每个位置测量的辐射计数来计算辐射源的位置。作为测量误差的结果，平均误差为2。X 位置为 23%，Y 位置为 3.26%。此基础实验为开发可快速检测辐射源的系统时的系统配置提供了基本数据。当使用辐射光谱检测器构建系统时，这可以在不使用准直器的情况下完成。