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  • ...T</math>, and the mean [[absorbed dose]], <math>D_T</math>, in an organ or tissue <math>T</math>: ...blication 26]], 1977 and replaced by equivalent dose in an organ or tissue in [[ICRP Publication 60]], 1991.
    523 bytes (83 words) - 18:34, 18 August 2021
  • The tissue weighted sum of dose equivalent to an organ or tissue from all specified organs and tissues of the body, given by the expression ...ublication 26|Publication 26]] (ICRP, 1977) and replaced by effective dose in [[ICRP Publication 60]] (ICRP, 1991).
    714 bytes (120 words) - 19:47, 12 September 2019
  • ...e organ [[equivalent dose]] from the mean [[absorbed dose]] in an organ or tissue. ...and derive the equivalent dose from the mean absorbed dose in an organ or tissue.
    3 KB (380 words) - 19:25, 18 August 2021
  • ...erial into the body by a Reference Person, where s is the integration time in years. ([[ICRP Publication 103]], 2007) The committed equivalent dose (<math>H_T(τ)</math>) in a tissue or organ <math>T</math> is defined by:
    558 bytes (92 words) - 19:20, 12 September 2019
  • ...gan T is weighted to represent the relative contribution of that tissue or organ to the total, stochastic health detriment resulting from uniform irradiatio ...gan T is weighted to represent the relative contribution of that tissue or organ to the total health detriment resulting from uniform irradiation of the bod
    3 KB (443 words) - 21:32, 28 March 2021
  • The equivalent dose in an organ or tissue is given by: ...th>w_R</math> is the radiation weighting factor. The SI unit of equivalent dose is joule per kilogram (J kg<sup>-1</sup>), and its special name is sievert
    2 KB (337 words) - 19:32, 12 August 2021
  • ...cted activity content in the body or in a given organ (Sv Bq<sup>-1</sup>) or per daily excretion.
    766 bytes (128 words) - 18:26, 17 August 2021
  • ...measureable, physical quantity, while ''equivalent dose'' and ''effective dose'' are specifically for radiological protection purposes.''' </span> ...s up any number of different exposures into a single number that reflects, in a general way, the overall risk. The concept may be complex, but it makes r
    10 KB (1,410 words) - 21:54, 21 November 2019
  • ...tuations are used to consider how best to approach radiological protection in different circumstances.''' ...idered together to help guide the best approach to radiological protection in a particular circumstance.
    10 KB (1,441 words) - 15:11, 4 November 2019
  • ...posed individual. Sometimes referred to as [[dose conversion coefficient]] or factor. ...or concentrations of activity to doses or dose rates such as the external dose rate at a specified distance above a surface with a deposit of a specifie
    3 KB (506 words) - 18:10, 19 August 2021
  • ...amount of [[ICRPædia Guide to the Basics of Ionising Radiation|radiation]] in normal, planned situations.''' </span> ...n dose to an individual. Exceeding a dose limit is contrary to regulations in most countries.
    6 KB (861 words) - 19:47, 20 June 2019
  • ...ting radiation dose ... The term ‘source’ is used to indicate the cause of an exposure, and not necessarily a physical source of radiation ... </blockquo ...n their entirety only to situations in which either the source of exposure or the pathways leading to the doses received by individuals can be controlled
    19 KB (2,785 words) - 17:58, 23 October 2019
  • ...include historical descriptions to help readers better understand the term in a particular context. ...o that specific publication or helpful for a reader to have close at hand, or when introducing new terms to be added to the ICRP Glossary.
    21 KB (2,194 words) - 14:37, 3 October 2021
  • ..._to_Radiological_Protection_in_Healthcare|Guide to Radiological Protection in Healthcare]]!]] ...f name="Pub073">[[ICRP Publication 73]] Radiological Protection and Safety in Medicine. Ann. ICRP 26(2), 1996.</ref>.
    35 KB (5,227 words) - 18:21, 9 October 2019