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Created page with "100px|frameless|right|link=ICRP Glossary The numerical value of kerma approaches that of the absorbed dose to the degree that charged part..."
[[File:Glossary Icon-2.png|100px|frameless|right|link=ICRP Glossary]]
The numerical value of [[kerma]] approaches that of the [[absorbed dose]] to the degree that charged particle equilibrium exists, that radiative losses are negligible, and that the kinetic energy of the uncharged particles is large compared with the binding energy of the liberated charged particles. [[Kerma]] is sometimes used as an approximation to the absorbed dose.
'''Return to [[ICRP Glossary|Glossary]]'''
== Previous glossary entries ==
=== from [[ICRP Publication 123]], 2013 and [[ICRP Publication 116]], 2010 ===
[[Kerma]] is sometimes used as an approximation to the [[absorbed dose]]. The numerical value of [[kerma]] approaches that of the absorbed dose to the degree that charged particle equilibrium exists, that radiative losses are negligible, and that the kinetic energy of the uncharged particles is large compared with the binding energy of the liberated charged particles.
The numerical value of [[kerma]] approaches that of the [[absorbed dose]] to the degree that charged particle equilibrium exists, that radiative losses are negligible, and that the kinetic energy of the uncharged particles is large compared with the binding energy of the liberated charged particles. [[Kerma]] is sometimes used as an approximation to the absorbed dose.
'''Return to [[ICRP Glossary|Glossary]]'''
== Previous glossary entries ==
=== from [[ICRP Publication 123]], 2013 and [[ICRP Publication 116]], 2010 ===
[[Kerma]] is sometimes used as an approximation to the [[absorbed dose]]. The numerical value of [[kerma]] approaches that of the absorbed dose to the degree that charged particle equilibrium exists, that radiative losses are negligible, and that the kinetic energy of the uncharged particles is large compared with the binding energy of the liberated charged particles.
