[Deadtime correction in quantitative dynamic studies with the Anger camera and computer].
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Computers↗
Biomedical subjects
C Danielli
Publications and source records attributed to C Danielli.
Deadtime correcton in high count rate quantitative dynamic studies with computer-assisted Anger-cameras.
The use of tracers with high radioactivity in rapid dynamic quantitative studies (such as radioisotope angiocardiography), performed by the Anger-camera and data-processor, makes it possible to obtain a high counting ratemfor correct interpretation of the results of the analysis of activity/time curves in regions of interest, the authors determined, under different working conditions, the deadtimes of two Anger-cameras (Pho-gamma HP and Radicamera II), both connected to a data-processing system (Med-II). The problems inherent in this determination are analyzed and discussed. A computer program for curve correction was written and some examples of applications of it are presented, including an experiment to test the accuracy of the correction.
Angiocardiography↗
[Dosimetric results in total body irradiation with telecobalt units].
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Body Burden↗