Computational anthropomorphic phantoms are computer models of human anatomy used in
the calculation of radiation dose distribution in the human body upon exposure to a radiation …

In vivo measurement is a main method of internal contamination evaluation, particularly for
large numbers of people after a nuclear accident. Before the practical application, it is …

The paper reports on a new utility for development of computational phantoms for Monte
Carlo calculations and data analysis for in vivo measurements of radionuclides deposited in …

To improve calibration methods of in vivo counting, our laboratory has developed a
computer tool to model internal contamination and assess in vivo activity and corresponding …

The purpose of this communication is to describe briefly the computer programs developed
to generate the MCNP input file corresponding to any segmented tomographic data and its …

The establishment of an in vivo internal monitoring programme requires the use of phantoms
to represent an activity distribution of an incorporated radionuclide within the body. The aim …

The efficiency calibration of whole-body counters (WBCs) for monitoring of internal
contaminations is usually performed with anthropomorphic physical phantoms assuming …

Whole body counter (WBC) facilities are currently used for assessment of internal
radionuclide body burdens by directly measuring the radiation emitted from the body …

Internal dose assessment can be derived from the measurement of retained activity in the
whole body or in an organ at a given time. In radiation protection, this assessment, so-called …

基于Livermore 人体躯干物理模型CT 图片构建数字体模, 并结合蒙特卡罗程序MCNP
对一套由四个宽能高纯锗探测器(BEGe) 构成的肺部计数器进行了虚拟刻度. 首先, 利用点源 …