DocumentCode
1752056
Title
Phantom and animal imaging studies using PLS synchrotron X-rays
Author
Kim, H.-J. ; Hong, J.-O. ; Lee, K.-H. ; Jung, H.-J. ; Kim, E.-K. ; Je, J.H. ; Kim, L.W. ; Hwu, Y. ; Tsai, W.L. ; Seong, J.-K. ; Lee, Sang-Won ; Yoo, H.S.
Volume
1
fYear
2000
fDate
2000
Firstpage
20972
Abstract
Ultra-high resolution radiographs can be obtained using synchrotron X-rays. A collaboration team consisting of K-JIST, POSTECH, and YUMC has recently commissioned a new beamline (5Cl) in Pohang Light Source (PLS) in Korea for medical applications using phase contrast radiology. Relatively simple image acquisition systems were set-up on 5Cl beamline, and imaging studies were performed for resolution test patterns, mammographic phantom, and animals. Resolution test patterns and mammographic phantom images showed much better image resolution and quality with the 5Cl imaging system than the mammography system. Both fish and mouse images with 5Cl imaging system also showed much better image resolution with great details of organs and anatomy compared to those obtained with a conventional mammography system. A simple and inexpensive ultra-high resolution imaging system on 5Cl beamline was successfully implemented. We were able to acquire ultra-high resolution images for resolution test patterns, mammographic phantom, fishes, and mice. The results showed that the 5Cl imaging system could be used for ultra-high resolution imaging studies in medical applications
Keywords
X-ray apparatus; beam handling equipment; diagnostic radiography; electron accelerators; mammography; radiology; storage rings; PLS synchrotron X-rays; Pohang Light Source; animal imaging; fish; image acquisition systems; mammographic phantom; medical applications; mouse; phantom imaging; phase contrast radiology; ultra-high resolution radiographs; Animals; Biomedical equipment; Image resolution; Imaging phantoms; Mammography; Medical services; Optical imaging; Synchrotrons; System testing; X-rays;
fLanguage
English
Publisher
ieee
Conference_Titel
Nuclear Science Symposium Conference Record, 2000 IEEE
Conference_Location
Lyon
ISSN
1082-3654
Print_ISBN
0-7803-6503-8
Type
conf
DOI
10.1109/NSSMIC.2000.949120
Filename
949120
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