Paramonov D V, Trofimov V I, Aleksashkin S N, Khamidullina N M, Novikova N D, Deshevaia E A, Polikarpov N A
Aviakosm Ekolog Med. 2010 Mar-Apr;44(2):9-14.
Subject of the test was a procedure of electron sterilization of Mars descent module units. As a result, data on distribution of absorbed dose field across the surface and by the entire volume of the mockup of a miniature meteorological station (MMS) were obtained In addition, electron sterilization technology was developed and the range of absorbed dose from electron radiation that will sterilize reliably packaged MMS hardware were defined in the interval from 30 to 40 kGy.
测试对象是火星下降舱单元的电子灭菌程序。结果,获得了关于微型气象站(MMS)模型表面和整个体积内吸收剂量场分布的数据。此外,还开发了电子灭菌技术,并确定了能可靠灭菌包装好的MMS硬件的电子辐射吸收剂量范围为30至40千戈瑞。