首页> 美国卫生研究院文献>Philosophical transactions. Series A Mathematical physical and engineering sciences >‘Taking X-ray phase contrast imaging into mainstream applications’ and its satellite workshop ‘Real and reciprocal space X-ray imaging’
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‘Taking X-ray phase contrast imaging into mainstream applications’ and its satellite workshop ‘Real and reciprocal space X-ray imaging’

机译:将X射线相衬成像技术应用到主流应用中以及其卫星研讨会真实和互易空间X射线成像技术

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摘要

A double event, supported as part of the Royal Society scientific meetings, was organized in February 2013 in London and at Chicheley Hall in Buckinghamshire by Dr A. Olivo and Prof. I. Robinson. The theme that joined the two events was the use of X-ray phase in novel imaging approaches, as opposed to conventional methods based on X-ray attenuation. The event in London, led by Olivo, addressed the main roadblocks that X-ray phase contrast imaging (XPCI) is encountering in terms of commercial translation, for clinical and industrial applications. The main driver behind this is the development of new approaches that enable XPCI, traditionally a synchrotron method, to be performed with conventional laboratory sources, thus opening the way to its deployment in clinics and industrial settings. The satellite meeting at Chicheley Hall, led by Robinson, focused on the new scientific developments that have recently emerged at specialized facilities such as third-generation synchrotrons and free-electron lasers, which enable the direct measurement of the phase shift induced by a sample from intensity measurements, typically in the far field. The two events were therefore highly complementary, in terms of covering both the more applied/translational and the blue-sky aspects of the use of phase in X-ray research. optics, image processing
机译:A. Olivo博士和I. Robinson教授于2013年2月在伦敦和白金汉郡的Chicheley Hall组织了一次双重活动,作为皇家学会科学会议的一部分。与这两个事件有关的主题是在新颖的成像方法中使用X射线相位,这与基于X射线衰减的常规方法相反。由Olivo领导的伦敦活动解决了X射线相衬成像(XPCI)在临床和工业应用的商业翻译方面遇到的主要障碍。其背后的主要驱动力是开发新方法,这些方法使XPCI(传统上是同步加速器方法)可以在常规实验室中执行,从而为在临床和工业环境中部署XPCI开辟了道路。在罗宾逊(Robinson)领导下在奇切利大厅(Chicheley Hall)举行的卫星会议上,重点关注了在第三代同步加速器和自由电子激光器等专门设施上最近出现的新科学发展,这些研究成果可直接测量由样品产生的相移。强度测量,通常在远场中。因此,在涵盖X射线研究中使用阶段的更多应用/翻译和蓝天方面,这两个事件是高度互补的。光学,图像处理

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