Tissue weighting factor - Revision history

Chris Clement at 21:32, 28 March 2021

2021-03-28T21:32:31Z

Chris Clement at 21:31, 28 March 2021

2021-03-28T21:31:11Z

Chris Clement at 21:30, 28 March 2021

2021-03-28T21:30:22Z

Chris Clement at 21:29, 28 March 2021

2021-03-28T21:29:29Z

Chris Clement at 21:28, 28 March 2021

2021-03-28T21:28:28Z

Chris Clement at 21:27, 28 March 2021

2021-03-28T21:27:53Z

Chris Clement at 21:27, 28 March 2021

2021-03-28T21:27:40Z

Chris Clement at 21:27, 28 March 2021

2021-03-28T21:27:08Z

Chris Clement at 21:25, 28 March 2021

2021-03-28T21:25:59Z

Chris Clement at 21:25, 28 March 2021

2021-03-28T21:25:40Z

← Older revision		Revision as of 21:32, 28 March 2021
Line 1:		Line 1:
	[[File:Glossary Icon-2.png\|100px\|frameless\|right\|link=ICRP Glossary]]		[[File:Glossary Icon-2.png\|100px\|frameless\|right\|link=ICRP Glossary]]
−	The factor by which the equivalent dose in a tissue or organ T is weighted to represent the relative contribution of that tissue or organ to the total, stochastic health detriment resulting from uniform irradiation of the body. It is weighted such that <math>\sum\limits_T w_T = 1</math>	+	The factor, <math>w_T</math>, by which the equivalent dose in a tissue or organ T is weighted to represent the relative contribution of that tissue or organ to the total, stochastic health detriment resulting from uniform irradiation of the body. It is weighted such that <math>\sum\limits_T w_T = 1</math>

@@ Line 22: / Line 22: @@
 === from [[ICRP Publication 130]], 2015 ===
-The factor by which the equivalent dose to an organ or tissue T is weighted to represent the relative contribution of that organ or tissue to overall radiation detriment from stochastic eﬀects. It is deﬁned such that:
+The factor by which the equivalent dose to an organ or tissue T is weighted to represent the relative contribution of that organ or tissue to overall radiation detriment from stochastic eﬀects. It is deﬁned such that <math>\sum\limits_T w_T = 1</math>
 === from [[ICRP Publication 127]], 2014 ===
-The factor by which the equivalent dose in a tissue or organ T is weighted to represent the relative contribution of that tissue or organ to the total health detriment resulting from uniform irradiation of the body. It is weighted such that:
+The factor by which the equivalent dose in a tissue or organ T is weighted to represent the relative contribution of that tissue or organ to the total health detriment resulting from uniform irradiation of the body. It is weighted such that <math>\sum\limits_T w_T = 1</math>
@@ Line 42: / Line 36: @@
 === from [[ICRP Publication 116]], 2010 ===
-The factor by which the equivalent dose in an organ or tissue T is weighted to represent the relative contribution of that organ or tissue to overall radiation detriment from stochastic effects. It is defined such that:
+The factor by which the equivalent dose in an organ or tissue T is weighted to represent the relative contribution of that organ or tissue to overall radiation detriment from stochastic effects. It is defined such that <math>\sum\limits_T w_T = 1</math>
 === from [[ICRP Publication 103]], 2007 & [[ICRP Publication 110]], 2008 & [[ICRP Publication 118]], 2012 ===
-The factor by which the equivalent dose in a tissue or organ T is weighted to represent the relative contribution of that tissue or organ to the total health detriment resulting from uniform irradiation of the body. It is weighted such that:
+The factor by which the equivalent dose in a tissue or organ T is weighted to represent the relative contribution of that tissue or organ to the total health detriment resulting from uniform irradiation of the body. It is weighted such that <math> \sum\limits_T w_T = 1</math>

@@ Line 1: / Line 1: @@
 [[File:Glossary Icon-2.png|100px|frameless|right|link=ICRP Glossary]]
-The factor by which the equivalent dose in a tissue or organ T is weighted to represent the relative contribution of that tissue or organ to the total, stochastic health detriment resulting from uniform irradiation of the body. It is weighted such that:
+The factor by which the equivalent dose in a tissue or organ T is weighted to represent the relative contribution of that tissue or organ to the total, stochastic health detriment resulting from uniform irradiation of the body. It is weighted such that <math>\sum\limits_T w_T = 1</math>
@@ Line 12: / Line 9: @@
 === from [[ICRP Publication 139]], 2018 ===
-A factor by which the equivalent dose in a tissue or organ T is weighted to represent the relative contribution of that tissue or organ to the total health detriment resulting from uniform irradiation of the body. It is weighted such that:
+A factor by which the equivalent dose in a tissue or organ T is weighted to represent the relative contribution of that tissue or organ to the total health detriment resulting from uniform irradiation of the body. It is weighted such that <math>\sum\limits_T w_T = 1</math>

@@ Line 4: / Line 4: @@
 \sum\limits_T w_T = 1
 </math>
@@ Line 15: / Line 13: @@
 A factor by which the equivalent dose in a tissue or organ T is weighted to represent the relative contribution of that tissue or organ to the total health detriment resulting from uniform irradiation of the body. It is weighted such that:
-[[File:sumwT1.PNG|none|100px]]
+<math>
 === from [[ICRP Publication 133]], 2016 ===
@@ Line 28: / Line 29: @@
 The factor by which the equivalent dose to an organ or tissue T is weighted to represent the relative contribution of that organ or tissue to overall radiation detriment from stochastic eﬀects. It is deﬁned such that:
-[[File:sumwT1.PNG|none|100px]]
+<math>
 === from [[ICRP Publication 127]], 2014 ===
 The factor by which the equivalent dose in a tissue or organ T is weighted to represent the relative contribution of that tissue or organ to the total health detriment resulting from uniform irradiation of the body. It is weighted such that:
-[[File:sumwT1.PNG|none|100px]]
+<math>
 === from [[ICRP Publication 119]], 2012 ===
@@ Line 42: / Line 49: @@
 The factor by which the equivalent dose in an organ or tissue T is weighted to represent the relative contribution of that organ or tissue to overall radiation detriment from stochastic effects. It is defined such that:
-[[File:sumwT1.PNG|none|100px]]
+<math>
 === from [[ICRP Publication 103]], 2007 & [[ICRP Publication 110]], 2008 & [[ICRP Publication 118]], 2012 ===
 The factor by which the equivalent dose in a tissue or organ T is weighted to represent the relative contribution of that tissue or organ to the total health detriment resulting from uniform irradiation of the body. It is weighted such that:
-[[File:sumwT1.PNG|none|100px]]
+<math>

@@ Line 1: / Line 1: @@
 [[File:Glossary Icon-2.png|100px|frameless|right|link=ICRP Glossary]]
 The factor by which the equivalent dose in a tissue or organ T is weighted to represent the relative contribution of that tissue or organ to the total, stochastic health detriment resulting from uniform irradiation of the body. It is weighted such that:
 <math>
 \sum\limits_T w_T = 1
-CTDI_{100w} = \frac{1}{3}CTDI_{100}^{central} + \frac{2}{3}CTDI_{100}^{peripheral}
+[[File:sumwT1.PNG|none|100px]]

@@ Line 5: / Line 5: @@
 <div style='text-align: center;'>
 <math>
-\sum\limits_{T} w_T = 1
+\sum\limits_T w_T = 1
 CTDI_{100w} = \frac{1}{3}CTDI_{100}^{central} + \frac{2}{3}CTDI_{100}^{peripheral}