1) X-ray phase contrast imaging
X射线相位衬度成像
1.
X-ray Phase Contrast Imaging and CT Technology
X射线相位衬度成像及CT研究
2.
X-ray phase contrast imaging is a relatively recent technique that has heralded rapid advances during the last decade.
X射线相位衬度成像是近十多年来发展起来的一种新的成像方法。
2) X-ray phase contrast imaging
X射线相衬成像
1.
X-ray phase contrast imaging has been used in low Z material imaging.
X射线相衬成像在低Z元素样品成像中具有独特的优越性,但很少用于强吸收介质包裹的低Z样品结构成像。
3) X-ray in-line phase contrast imaging
X射线同轴相衬成像
1.
The research can provide sustain for high quality X-ray in-line phase contrast imaging of different conditions and requirements.
采用图像衬度、信噪比、分辨率和探测器抽样数作为X射线同轴相衬成像质量的综合评价标准,针对具有广泛应用意义的一维高斯型分布特征的物体,建立了最大化衬度优化和信噪比优化两种参数优化方法的优化流程。
4) Microfocus X-ray Phase-contrast imaging
微聚焦X射线相衬成像
5) X ray phase contrast imaging
X线相衬成像
6) phase contrast imaging
相位衬度成像
1.
Recently the technique of phase contrast imaging has become an useful and special tool in biology, material science etc.
近年来X射线相位衬度成像技术作为一种新的成像方式凭借其空间分辨率高的优势已经成为生物、医学以及材料科学等领域一种新的独具本领的研究工具。
2.
In this work,we make a theoretical analysis of X-ray grating phase contrast imaging(XGPCI) and give an equation to show the relationship between the transmittance and the relative shift of the two gratings,which was named as the shift curve.
通过对X射线光栅相位衬度成像实验装置的理论分析,提出了光栅位移曲线的表达式,推导出了X射线光栅相位衬度成像方程。
补充资料：衬度
contrast：底片、照片、荧光屏上的最亮部分与最暗部分或者最白部分与最黑部分的强弱差别。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条