Sderberg M. Automatic Exposure Control in CT: An Investigation between Different Manufacturers Considering Radiation Dose and Image Quality. Master thesis Lund University 2008
Anatomisch adaptierte Variation des Rhrenstroms bei der CT - Untersuchungen zur Strahlendosisreduktion und Bildqualität
Kopka L, Funke M, Breiter N et al. Anatomisch adaptierte Variation des Rhrenstroms bei der CT - Untersuchungen zur Strahlendosisreduktion und Bildqualität. Fortschr Rntgenstr 1995 163 383-387
Dose Reduction in Multi-slice CT of the Heart by Use of ECG-controlled Tube Current Modulation (ECG Pulsing'): Phantom Measurements
Poll L W., Cohnen M, Brachten S et al. Dose Reduction in Multi-slice CT of the Heart by Use of ECG-controlled Tube Current Modulation (ECG Pulsing'): Phantom Measurements. Fortschr Rntgenstr 2002 174 1500-1505
Comparison of Z-Axis Automatic Tube Current Modulation Technique with Fixed Tube Current CT Scanning of Abdomen and Pelvis
Kalra M K., Maher M M., Toth T L. et al. Comparison of Z-Axis Automatic Tube Current Modulation Technique with Fixed Tube Current CT Scanning of Abdomen and Pelvis. Radiology 2004 232 347-353
Use of an Automatic Exposure Control Mechanism for Dose Optimization in Multi-Detector Row CT Examinations: Clinical Evaluation
Mulkens T H., Bellinck P, Baeyaert M. Use of an Automatic Exposure Control Mechanism for Dose Optimization in Multi-Detector Row CT Examinations: Clinical Evaluation. Radiology 2005 237 213-223
A Rational Approach to Dose Reduction in CT: Individualized Scan Protocols
Wilting J E., Zwartkruis A, Leeuwen M A. van et al. A Rational Approach to Dose Reduction in CT: Individualized Scan Protocols. Eur Radiol 2001 11 2627-2632