Klimovskaia L D, Smirnova N P, D'iakonov A S
Kosm Biol Aviakosm Med. 1985 Nov-Dec;19(6):62-4.
The cortical impedance of the large hemispheres of nembutal-anesthetized rats exposed to a constant magnetic field of 0.1, 0.4 and 1.6 T was investigated. During 20 min. exposure the impedance decreased (at the expense of a decrease in both of its components--capacity and active resistance). The impedance decrease was more pronounced (up to 93%) and statistically significant in a field of 1.6 T. After exposure the impedance decrease persisted for 10 min.
研究了暴露于0.1、0.4和1.6T恒定磁场下的戊巴比妥麻醉大鼠大脑半球的皮质阻抗。在20分钟的暴露期间，阻抗降低（以其两个组成部分——电容和有源电阻的降低为代价）。在1.6T的磁场中，阻抗降低更为明显（高达93%）且具有统计学意义。暴露后，阻抗降低持续了10分钟。
