Stepanenko V F, Norets T A
Med Radiol (Mosk). 1983 May;28(5):54-6.
The authors describe in an analytical form isoenergy and dose functions of a point isotropic source of monoenergy electrons that can be applied to any initial energy electrons within the range of 0.5-10 MeV in a homogenous isotropic model of internal irradiation (aqueous medium). The above functions have a simple form that makes it possible to easily calculate dose exposure of tissue microstructures in internal irradiation with Coster-Crohnig, Auger and internal conversion electrons and photo-electrons for a wide range of problems in nuclear medicine and radiobiology.
作者以解析形式描述了单能电子的点各向同性源的等能量和剂量函数，该函数可应用于均匀各向同性内部照射模型（水介质）中0.5 - 10 MeV范围内的任何初始能量电子。上述函数形式简单，使得在核医学和放射生物学的广泛问题中，能够轻松计算内照射中组织微观结构在柯斯特-克罗尼格电子、俄歇电子、内转换电子和光电子作用下的剂量暴露。
