radiation from x-ray tubes with a source size of the order of micrometer is also applicable for x-ray phase-contrast imaging (xpci), because of its fairly good spatial coherence.
光源点尺寸达微米量级的x射线管辐射具有较好的空间相干性,也可用于相衬成像研究。
phase-contrast imaging with synchrotron x-ray was applied to observe the cartilage.
以同步辐射宽带光对股骨头进行类同轴全息相衬成像。
we have developed a new method, x-ray phase-contrast imaging (xpci) based on the microfocus x-ray tube, to explore microstructures of chinese herbal medicine.
实验结果表明,这种新的成像方法可以有效地对中药材的显微结构成像。
up to now, x-rays used for the phase-contrast imaging mostly come from synchrotron radiation facility.
目前的x射线相衬成像研究大都采用同步辐射光源。
the theory of in-line phase contrast imaging is applied and the differences between phase-contrast imaging and absorb-contrast imaging are introduced.
介绍了同轴x光位相成像的基本原理,说明了位相成像与普通吸收成像的区别;
objective to observe the micro defect of rabbit femoral head with phase-contrast imaging with synchrotron x-ray.
目的采用同步辐射x线相衬成像技术进行兔股骨头软骨组织缺损的观察。
the principle and experimental results of hard x-ray phase-contrast imaging are presented in the paper.
介绍了硬x射线(类同轴)相位衬度成像的工作原理及其实验研究结果。
conclusion phase-contrast imaging with synchrotron x-ray can detect micro lesion of cartilage that can't be detected by conventional absorption-contrast x-ray method.
结论同步辐射相衬x线成像技术可检测到普通x线成像技术无法检测到的软骨微缺损,并可进一步分析病变的细微结构。
x-ray phase-contrast imaging is an important diagnostic tool in medicine, biology and materials science.
射线位相衬度成像是进行生物、医学和材料科学研究的一种新的重要手段。