(To see other currencies, click on price)
MORE ABOUT THIS BOOK
Main description:
This report gives fluence to dose conversion coefficients for both effective dose and organ absorbed doses for various types of external exposures, consistent with the 2007 Recommendations of the ICRP. These coefficients were calculated using the official ICRP/ICRU computational phantoms representing the Reference Adult Male and Reference Adult Female, in conjunction with Monte Carlo codes simulating the transport of radiation within the human body such as EGSnrc, FLUKA, GEANT4, MCNPX, and PHITS.
The incident radiations and energy ranges considered were external beams of mono-energetic photons of 10 keV-10 GeV, electrons and positrons of 50 keV-10 GeV, neutrons of 0.001 eV-10 GeV, protons of 1 MeV-10 GeV, pions (negative/positive) of 1 MeV-200 GeV, muons (negative/positive) of 1 MeV-10 GeV, and helium ions of 1 MeV/u-100 GeV/u.
Contents:
PREFACE MAIN POINTS EXECUTIVE SUMMARY 1. INTRODUCTION 2. Quantities used in radiation protection for external exposure 3. Determination of organ absorbed doses OF the ICRP/ICRU REFERENCE phantomS 4. Conversion coefficients for external exposure 5. Relationships between dose conversion coefficients For operational and protection quantities References Annex A - Effective dose conversion coefficients Annex B - Organ absorbed dose conversion coefficients for photons Annex C - Organ absorbed dose conversion coefficients for neutrons Annex D - Skeletal fluence-to-dose response functions - Photons Annex E - Skeletal fluence-to-dose response functions - Neutrons Annex F - Conversion coefficients for the eye lens Annex G - Special considerations for assessing the local skin equivalent dose Annex H - Effective dose for superior hemisphere semi isotropic irradiation for aircraft crew dosimetry Annex I - Methods used for evaluation of reference data
PRODUCT DETAILS
Publisher: Elsevier (Elsevier - Health Sciences Division)
Publication date: July, 2012
Pages: 304
Weight: 480g
Availability: Available
Subcategories: Radiology
From the same series
