In our previous studies we have presented a method to measure the detector-to-object distance using a tiltedcollimator (TC) technique. It exploits the shift of the imaged object in the image plane, obtained for tilted positions of a parallel-hole lead collimator. In this work we present the design and first test results of an instrument, which combines the localization of a small-size gamma-ray source with computer-guided precise object manipulation.
G. Baldazzi, M. Bello, P. Boccaccio, D. Bollini, G. Moschini, N. M. Uzunov (2007). Scintillation camera control of a computer-guided manipulator for biomedical applications. LNL- ANNUAL REPORT, INFN-LNL-217(2007), 269-270.
Scintillation camera control of a computer-guided manipulator for biomedical applications
BALDAZZI, GIUSEPPE;BOLLINI, DANTE;
2007
Abstract
In our previous studies we have presented a method to measure the detector-to-object distance using a tiltedcollimator (TC) technique. It exploits the shift of the imaged object in the image plane, obtained for tilted positions of a parallel-hole lead collimator. In this work we present the design and first test results of an instrument, which combines the localization of a small-size gamma-ray source with computer-guided precise object manipulation.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
