This article introduces the data acquisition as well as data processing method about the independently developed isotope density scanning imagery system in archaeology application.
这里介绍了自行研制的同位素密度扫描成像系统，在考古应用中的数据采集以及数据处理方法。
Results Each of scanning parameter, volume and density affected the noise on ct imaging.
结果扫描参数，受检体的体积及密度均影响CT图像噪声。
This paper analyses the affection of different laser power density distribution to surface temperature rising during laser scanning.
分析了激光扫描时激光功率密度分布状况不同对表面温升的影响。
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