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An
Overview of Synchrotron Radiation Source Technology in Medical Imaging
Roman Tatchyn
Stanford Synchrotron Radiation Laboratory, Stanford
University, Stanford, CA 94305
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The
last two decades have produced significant progress in the development
and application of synchrotron radiation (SR) source technology to
medical imaging. Over the last decade, for example, both new techniques
and modes of imaging have been either proposed or attempted and continuing
technological advancements have made it possible to begin considering
the development of newer and more economical X-ray sources. From a
physical point of view, the primary factors in this promising evolution
include the photon phase space requirements of the imaging technique,
the machine and insertion device technologies used to generate the
photons, the X-ray optics used to couple the source to the subject,
and the components of the detection and imaging systems. In this presentation
a brief overview of SR source technology in relation to the medical
imaging field of coronary angiography will be outlined and trends
and possible future directions involving newer imaging techniques
and X-ray
source technologies, in particular those involving insertion
devices, will be discussed. |
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