Executive Editor: Charles W. MitchellProduct Manager: Ryan ShawVendor Manager: Bridgett DoughertySenior Manufacturing Manager: Benjamin RiveraSenior Marketing Manager: Angela PanettaDesign Coordinator: Doug SmockProduction Service: Thomson Digital © 2012 by LIPPINCOTT…
Executive Editor: Charles W. MitchellProduct Manager: Ryan ShawVendor Manager: Bridgett DoughertySenior Manufacturing Manager: Benjamin RiveraSenior Marketing Manager: Angela PanettaDesign Coordinator: Doug SmockProduction Service: Thomson Digital © 2012 by LIPPINCOTT…
Fig. 10.7. Path of a detector head in rectilinear scanning of an organ. Fig. 10.8. Focusing-type collimator. γ-rays can reach the detector only through the narrow channels…
Fig. 10.7. Path of a detector head in rectilinear scanning of an organ. Fig. 10.8. Focusing-type collimator. γ-rays can reach the detector only through the narrow channels…
Fig. 10.7. Path of a detector head in rectilinear scanning of an organ. Fig. 10.8. Focusing-type collimator. γ-rays can reach the detector only through the narrow channels…
Fig. 10.7. Path of a detector head in rectilinear scanning of an organ. Fig. 10.8. Focusing-type collimator. γ-rays can reach the detector only through the narrow channels…
Two-dimensional imaging, even with multiple views, does not provide accurate three-dimensional information concerning radionuclide distribution. Because two-dimensional imaging more or less integrates the information from the third dimension (depth),…
Two-dimensional imaging, even with multiple views, does not provide accurate three-dimensional information concerning radionuclide distribution. Because two-dimensional imaging more or less integrates the information from the third dimension (depth),…
Two-dimensional imaging, even with multiple views, does not provide accurate three-dimensional information concerning radionuclide distribution. Because two-dimensional imaging more or less integrates the information from the third dimension (depth),…
