Monte Carlo simulation of skin dose distribution from interventional cardiology procedures

Abstract

The project aims to develop and validate a Monte Carlo model to quantify the skin dose delivered over the surface of a simple geometrical phantom due to irradiation with an interventional cardiology x-ray system. The Monte Carlo model will then be used to assess the accuracy of skin dose maps calculated by the open-source software package openSkin (https://bitbucket.org/openskin/openskin), which is integrated into the OpenREM patient dose management system (https://www.openrem.org/). Finally the Monte Carlo model will be used to quantify the difference in calculated skin dose when using a realistic humanoid phantom compared with using a simple geometric phantom as used by openSkin. The project may be extended to investigate the accuracy of radiation incidence maps produced by other systems such as GE Healthcare’s DoseWatch.

Outputs

Presentation at the 2020 Fluoroscopy Users’ Group meeting https://www.flug.org.uk/ “Monte Carlo simulation of in-room scatter”