Skip to main content
U.S. Department of Energy
Office of Scientific and Technical Information

Progress in medical radiation physics. Vol. I

Book ·
OSTI ID:6500907
Progress in Medical Radiation Physics is to be the first in a series of reviews of medical radiation physics topics. Volume I contains six chapters on subjects that have been selected for their current interest. The first report, ''Progress in Neutron Dosimetry for Biomedical Applications'' by J.J. Broerse and B.J. Minheer, concentrates on recent and ongoing research, with emphasis on neutron radiation therapy, reflecting the recent progress in this field. The second chapter, ''Tissue in Homogeneity Corrections in Photon-Beam Treatment Planning'' by J.R. Cunningham may well be the first time this subject has been discussed comprehensively. In ''Anthropomorphic Phantom Materials'' by D.R. White and C. Constantinou the details on the composition of tissues and the variety of available substitute materials are thoroughly reviewed. ''Applications of Computed Tomography in Radiotherapy Treatment Planning'' is an eloquent discussion by M. Goitein, who allots a significant number of almost 100 pages to results of studies that attempt to quantify the impact of computed tomography on radiation therapy. R.J. Nickles and S.J. Gatley have contributed a concise chapter entitled ''Positron Imaging: Some Practical Considerations''. The final chapter,''Modern Optical Methods for the Storage of Radiographs'' by U. Killat, addresses the practical problem of how one may reduce the space required to store the ever-increasing number of radiographs and at the same time facilitate the retrieval of the images. In summary, the book offers timely and thorough reviews of subjects in radiological physics and technology that are of current interest.
OSTI ID:
6500907
Country of Publication:
United States
Language:
English