[Differentiation of organ dose distribution during exposure to plain film and transillumination in relation to the path of the rays].

Radiologia diagnostica Pub Date : 1989-01-01
F Hentschel
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Abstract

The analysis of present radiation exposure from exposure parameters with a computer program gives an orientation for the radiation burden to various organs of risk in dependence from geometric imaging parameters also for spot film radiographs taken under fluoroscopy. Recommendations for practical proceeding are derived. Considering the relation between fluoroscopy and spot film dose, minimum field size and optimum field location is important in fluoroscopy. With rare-earth-screens instead of conventional high speed screens a reduction of total dose by 27% can be achieved in conventional myelography, that was used as a model for our calculations.

[暴露于普通胶片和透照时器官剂量分布与射线路径的差异]。
利用计算机程序从暴露参数分析当前的辐射暴露情况,根据几何成像参数的依赖性,为各种危险器官的辐射负担提供了方向,也适用于透视下拍摄的点片x线照片。对实际程序提出了建议。考虑到透视与点膜剂量的关系,最小视场尺寸和最佳视场位置在透视中是重要的。用稀土筛管代替传统的高速筛管,常规骨髓造影的总剂量减少了27%,这是我们计算的模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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