Input files with ORNL—mathematical phantoms of the human body for MCNP-4B

Abstract
Protection against ionizing radiation requires information on the absorbed doses in organs of the human body. Implantation of many dosimeters in the human body is undesirable (or impossible), so the doses in organs are not measurable and some kind of dose calculation has to be applied. Calculation of doses in organs requests: (a) an exact description of the geometry of organs, (b) the chemical constitution of tissues, and (c) appropriate computer programs. The first two items, (a) and (b), ma...

Title of program: Input files for program MCNP-4B [1]
Catalogue Id: ADYF_v1_0

Nature of problem
The human body and all organs are represented with equations of 3-D geometrical bodies. All equations and other relevant data (material composition, densities etc.) were programmed as input files for MCNP-4B. Seven data files are included in the distribution, AMALE, AFEMALE, AGE15, AGE10, AG5, AGE01, NEWB.

Versions of this program held in the CPC repository in Mendeley Data
ADYF_v1_0; Input files for program MCNP-4B [1]; 10.1016/j.cpc.2006.06.016

This program has been imported from the CPC Program Library held at Queen's University Belfast (1969-2019)

摘要

防御电离辐射的需求，在于获取人体器官吸收剂量信息。在人体内植入众多剂量计是不被期望的（或不可能的），因此器官中的剂量难以直接测量，必须应用某种形式的剂量计算方法。器官剂量计算的需求包括：（a）器官几何形状的精确描述，（b）组织化学组成，以及（c）相应的计算机程序。前两项，即（a）和（b），...