Monte Carlo calculation of dose rate distributions around 192Ir wires.

6533b7d2fe1ef96bd125ec37

RESEARCH PRODUCT

Monte Carlo calculation of dose rate distributions around 192Ir wires.

Facundo Ballester Françoise Lliso C. Hernández Jose Perez-calatayud

subject

Physics Liquid water Radiotherapy Planning Computer-Assisted Monte Carlo method Brachytherapy Biophysics Radiotherapy Dosage General Medicine Reference Standards Iridium Radioisotopes Biophysical Phenomena Computational physics Evaluation Studies as Topic Attenuation coefficient Neoplasms Dynamic Monte Carlo method Dosimetry Humans Computer Simulation Statistical physics Benchmark data Dose rate Monte Carlo Method

description

Monte Carlo calculations of absolute dose rate in liquid water are presented in the form of away-along tables for 1 and 5 cm 192 Ir wires of 0.3 mm diameter. Simulated absolute dose rate values can be used as benchmark data to verify the calculation results of treatment planning systems or directly as input data for treatment planning. Best fit value of attenuation coefficient suitable for use in Sievert-integrals-type calculations has been derived based on Monte Carlo calculation results. For the treatment planning systems that are based on TG43 formalism we have also calculated the required dosimetry parameters.

year	journal	country	edition	language
1997-08-01	Medical physics

10.1118/1.598142 https://pubmed.ncbi.nlm.nih.gov/9284243

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