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Based on a double-headed rotating uncollimated scintillation camera system, a positron imaging device was developed. After a rotating data acquisition in coincidence mode, 16 transverse section images are reconstructed by back projection. To obtain a uniform response, a limited angle reconstruction option is incorporated in this process. After correction for the system response by a three-dimensional deconvolution technique, the 16 transverse section images are stored on disk as a standard patient study for further analysis. The system can also be operated in a stationary mode. In this mode longitudinal tomographic images are obtained. Return to single photon scintigraphy is possible by remounting the collimators and by switching off the coincidence electronics.
A M Paans, and
W Vaalburg, and
M G Woldring
November 1989,
Journal of nuclear medicine : official publication, Society of Nuclear Medicine,
A M Paans, and
W Vaalburg, and
M G Woldring
November 1984,
Physics in medicine and biology,
A M Paans, and
W Vaalburg, and
M G Woldring
January 1973,
The British journal of radiology,
A M Paans, and
W Vaalburg, and
M G Woldring
April 1979,
Journal of nuclear medicine : official publication, Society of Nuclear Medicine,
A M Paans, and
W Vaalburg, and
M G Woldring
January 2013,
Annals of gastroenterology,
A M Paans, and
W Vaalburg, and
M G Woldring
September 1948,
The Indian medical gazette,
A M Paans, and
W Vaalburg, and
M G Woldring
January 1921,
The Indian medical gazette,
A M Paans, and
W Vaalburg, and
M G Woldring
March 1994,
Physics in medicine and biology,
A M Paans, and
W Vaalburg, and
M G Woldring
September 2016,
The British journal of ophthalmology,
A M Paans, and
W Vaalburg, and
M G Woldring
January 1963,
The American journal of medical electronics,
