Smirnova N P, Klimovskaia L D
Zh Vyssh Nerv Deiat Im I P Pavlova. 1976 Mar-Apr;26(2):403-10.
During a total action of a static magnetic field (SMF) of 1000--4000 Oe, high-amplitude synchronized discharges appear in the electrograms of the cortical and subcortical parts of the rabbit brain. An automatic frequency analysis exhibits increased bioelectrical activity in the range of 8 to 30 c/s with no substantial changes in slower rhythms. The effect increases as the field becomes stronger. A SMF of 1000 Oe tends to facilitate the photic driving which persists as an after-effect. In SMF of 3000 Oe the driving reaction is weakened; it is rapidly restored after cessation of the SMF action.
在1000 - 4000奥斯特的静磁场（SMF）的总作用期间，兔脑皮质和皮质下部分的电图中出现高振幅同步放电。自动频率分析显示，在8至30赫兹范围内生物电活动增加，而较慢节律没有实质性变化。随着磁场变强，这种效应增强。1000奥斯特的静磁场倾向于促进光驱动，这种光驱动会作为后效应持续存在。在3000奥斯特的静磁场中，驱动反应减弱；在静磁场作用停止后，它会迅速恢复。
