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Paul C Shrimpton

Showing results (1-10 of 8) with videos related to

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Physics in Medicine and Biology|July 1, 2016
Development of Monte Carlo simulations to provide scanner-specific organ dose coefficients for contemporary CTJan T M Jansen, Paul C Shrimpton
Physics in Medicine and Biology|January 12, 2023
Development of a generalized method to allow the estimation of doses to the ICRP reference adults from CT, on the basis of normalized organ and CTDI dose data determined by Monte Carlo calculation for a range of contemporary scannersJan Tm Jansen, Paul C Shrimpton, Sue Edyvean
Physics in Medicine and Biology|November 1, 2022
CT scanner-specific organ dose coefficients generated by Monte Carlo calculation for the ICRP adult male and female reference computational phantomsJan Tm Jansen, Paul C Shrimpton, Sue Edyvean
The British Journal of Radiology|November 7, 2015
Updated estimates of typical effective doses for common CT examinations in the UK following the 2011 national reviewPaul C Shrimpton, Jan T M Jansen, John D Harrison
Medical Physics|December 10, 2009
The effect of angular and longitudinal tube current modulations on the estimation of organ and effective doses in x-ray computed tomographyMarcel van Straten, Paul Deak, Paul C Shrimpton, et al.
Physics in Medicine and Biology|May 23, 2018
Selection of bone dosimetry models for application in Monte Carlo simulations to provide CT scanner-specific organ dose coefficientsJan T M Jansen, Paul C Shrimpton, John Holroyd, et al.
European Radiology|December 11, 2007
Validation of a Monte Carlo tool for patient-specific dose simulations in multi-slice computed tomographyPaul Deak, Marcel van Straten, Paul C Shrimpton, et al.
Radiology|February 4, 2009
Effective dose and dose-length product in CTPaul C Shrimpton, Barry F Wall, Terry T Yoshizumi, et al.
Pageof 1

Showing results (1-10 of 8) with videos related to

Sort By:
Pageof 1
Physics in Medicine and Biology|July 1, 2016
Development of Monte Carlo simulations to provide scanner-specific organ dose coefficients for contemporary CTJan T M Jansen, Paul C Shrimpton
Physics in Medicine and Biology|January 12, 2023
Development of a generalized method to allow the estimation of doses to the ICRP reference adults from CT, on the basis of normalized organ and CTDI dose data determined by Monte Carlo calculation for a range of contemporary scannersJan Tm Jansen, Paul C Shrimpton, Sue Edyvean
Physics in Medicine and Biology|November 1, 2022
CT scanner-specific organ dose coefficients generated by Monte Carlo calculation for the ICRP adult male and female reference computational phantomsJan Tm Jansen, Paul C Shrimpton, Sue Edyvean
The British Journal of Radiology|November 7, 2015
Updated estimates of typical effective doses for common CT examinations in the UK following the 2011 national reviewPaul C Shrimpton, Jan T M Jansen, John D Harrison
Medical Physics|December 10, 2009
The effect of angular and longitudinal tube current modulations on the estimation of organ and effective doses in x-ray computed tomographyMarcel van Straten, Paul Deak, Paul C Shrimpton, et al.
Physics in Medicine and Biology|May 23, 2018
Selection of bone dosimetry models for application in Monte Carlo simulations to provide CT scanner-specific organ dose coefficientsJan T M Jansen, Paul C Shrimpton, John Holroyd, et al.
European Radiology|December 11, 2007
Validation of a Monte Carlo tool for patient-specific dose simulations in multi-slice computed tomographyPaul Deak, Marcel van Straten, Paul C Shrimpton, et al.
Radiology|February 4, 2009
Effective dose and dose-length product in CTPaul C Shrimpton, Barry F Wall, Terry T Yoshizumi, et al.
Pageof 1