Petin V G, Dubovik B V, Rozhkov M F, Komarov V P
Radiats Biol Radioecol. 1996 Mar-Apr;36(2):310-6.
Based on the devised calorimetric equipment the values of absorbed doses of UHF-radiation were obtained for laboratory animals. The advantage of application of the specific absorption rate (SAR) and the absorbed dose in comparison with exposure dose and energy flux density was demonstrated. The influence of SAR on lethality in laboratory animals was investigated. It was shown that interspecific sensitivity of laboratory animals was dependent on SAR.
基于所设计的量热设备，获得了实验动物的超高频辐射吸收剂量值。与暴露剂量和能流密度相比，证明了比吸收率（SAR）和吸收剂量应用的优势。研究了SAR对实验动物致死率的影响。结果表明，实验动物的种间敏感性取决于SAR。
