Buevich V A, Ianin V A
Biofizika. 1994 May-Jun;39(3):548-53.
This paper is devoted to the problem of biofeedback and self-regulation in the human neuromuscular system. On the base of our experimental data we revealed the existence of the three informative frequency band in the range 100-150, 140-210 and 180-300 p.s. The task of measuring of the autooscillations is solved by inserting the appropriate muscle area as the positive elements of electromechanical feedback generator including the amplifier and two electromechanical transducers. The tested muscle group being strained and actively or passively relaxed in turn. The integrated relationships between the autooscillations of the muscle group of the right and left hand turned out the family of straight lines. We got a mathematical expressions for the characteristics curves with the discrete constant coefficient.
本文致力于人类神经肌肉系统中的生物反馈和自我调节问题。基于我们的实验数据，我们揭示了在100 - 150、140 - 210和180 - 300微秒范围内存在三个信息频段。通过将适当的肌肉区域作为机电反馈发生器的正元件（包括放大器和两个机电换能器）来解决自激振荡的测量任务。对测试的肌肉群依次进行拉伸以及主动或被动放松。结果表明，右手和左手肌肉群的自激振荡之间的综合关系呈现为直线族。我们得到了具有离散常系数的特征曲线的数学表达式。
