But X-ray imaging has its own problems, with X-rays difficult to focus or manipulate even with corrective lenses.
但是X光射线图像本身也有自己的问题，比如X光射线难于聚焦，甚至在使用矫正透镜的情况下也难于控制。
To validate the X-ray coherent scatter imaging with the clinical X-ray imaging equipments.
进行在临床影像设备条件下X射线相干散射成像的研究。
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.
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 technique makes use of dual energy X-ray imaging, where overlapping tissue signals can be isolated and quantified by exploiting the change in X-ray attenuation at different energies.
这项技术通过双能X-射线成像，重叠的组织信号可以被隔离，并利用不同能量的X射线的改变衰减量化。
A method of developing X ray inspector based on scintillation screen and scientific grade CCD camera, which is can be applied to the case of high and low energy X ray imaging testing, is put forward.
提出了利用闪烁屏和科学级CCD相机研制适用于高、低能工业X射线成像检测内视仪的方法。
The X-ray coherent scatter imaging with the clinical X-ray imaging equipments was investigated.
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 imaging hard X-ray telescopes provide better resolution and sensitivity for studying hard X-ray astrophysics.
成像硬x射线望远镜可以提供更好的分辨率和灵敏度来研究硬x射线天体物理学。
Compton scattering plays a very important role in X-ray imaging, it is both helpful and harmful to X-ray image contrast.
康普顿散射在X射线成像中起着非常重要的作用，它既有助于图像对比度的形成，也可能损害图像对比度。
By combining X-ray imaging technology and low light level imaging technology, the authors' research group designed the novel combined X-ray image intensifier.
将X射线成像技术和微光成像技术相结合，设计了组合新型X射线影像增强器。
The X-ray imaging technique is a valid means in study of trajectory, and the X-ray digital imaging technique can increase to experiment the efficiency.
射线成象技术是弹道研究的有效手段，采用X射线数字化成象技术可以提高实验效率。
Soft X-ray zone plate is an important element which has the function of concentration, dispersion and imaging in soft X-ray optics.
软x射线波带片是软x射线光学中聚焦、色散和成像的重要元件。
A novel X-ray imaging system was designed and its key device is X-ray image intensifier tube, which is a vacuum and non-vacuum mixed device.
本文设计了新型的X光成像系统，它的核心部件X光影像增强器是一个混合型器件。
The hardware circuit is designed according to imaging characteristics of medical X-ray. At the same time this paper presents a proper processing algorithm of X-ray image and the bottom driver of DSP.
针对医用X射线成像的特点进行视频处理板硬件电路的设计，同时给出了适合X射线的图像处理的软件设计流程，并开发了DSP底层驱动程序。
The model can be used to design or evaluate X-ray imaging system and can also be a pre-knowledge of blur function in X-ray image restoration.
该模型为X射线成像系统空间分辨率和密度分辨率的初步设计和评定提供了理论依据，可作为X射线图像恢复算法中模糊函数的先验信息。
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。
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。
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