Bondarenko V M, Gusarov I I, Demin N V, Korenkov I P, Rogalis V S
Gig Sanit. 2003 Jul-Aug(4):15-7.
This paper considers the impact of the volumetric activity of radon and its degradation products on the concentration of aeroions and on the strength of an electric field. The optimum range of the volumetric activity of this substance and its daughter degradation products, and their generated aeroions is substantiated. Technology has been developed for space- and time-combined measurements of the volumetric activity of radon, the density of radon flow from the ground surface, the concentration and mobility of negative and positive aeroions, and a difference in potentials of the electric component of atmospherics.
本文研究了氡及其衰变产物的体积活度对空气离子浓度和电场强度的影响。论证了该物质及其子体衰变产物的体积活度及其产生的空气离子的最佳范围。已开发出用于空间和时间联合测量氡体积活度、地面氡流密度、正负空气离子浓度和迁移率以及大气电分量电位差的技术。