应用研究的前提是获得能够满足应用要求的X射线激光输出，因此如何获得高亮度、高相干性、高光束质量的饱和X射线激光输出是X射线激光研究的首要内容。
The basis of applications is the output of X-ray laser with high brightness, high coherence, and good beam quality So it is a main aim and contents for studies to achieve X-ray laser.
进行在临床影像设备条件下X射线相干散射成像的研究。
To validate the X-ray coherent scatter imaging with the clinical X-ray imaging equipments.
重点介绍了X射线相干散射成像技术、X射线衍射增强成像技术和X射线相干散射CT成像技术的研究和进展。
The research and development of X-ray coherent scatter imaging, X-ray diffraction enhanced imaging and X-ray coherent scatter CT imaging are mainly summarized.
本文概述了X射线相干散射成像技术的原理和在医学中的应用。
In this paper, the principle of X-ray coherent scatter imaging and some examples applied in medicine are introduced.
对临床X射线成像设备的X射线相干散射成像进行了研究。
The X-ray coherent scatter imaging with the clinical X-ray imaging equipments was investigated.
X射线相干散射成像分析中，能量的分布为一系列同心圆环。
The energy distribution of X-ray coherent scatter images is a series of concentric rings.
X射线相干散射成像分析中，能量的分布为一系列同心圆环。
The energy distribution of X-ray coherent scatter images is a series of concentric rings.
应用推荐