神经元电生理学等效电路模型及参数特性研究

从考虑神经元轴突朗飞结的电缆模型入手，根据脑磁图和电磁场理论的“场路一致性”原理，讨论了应该从著名的Hodgkin-Huxley一阶静态等效电路扩展为二阶动态电路的合理性和必要性，并通过具体的计算实例进一步研究电生理学材料参数膜电容C 和电感L的频率特性，实验结果表明，有髓神经元纤维轴向信号传递速度越快，其电容和电感值就越小.

Research on equivalent circuit model and parameter characteristics of neuro-electrophysiology

By taking neuraxon Ranvier node circuit model, magnetoencephalography （MEG）, and consistency princi- ple of fields and electronic circuits theory into account, the rationality and necessity of extending famous Hodgkin- Huxley first-order static equivalent circuit to two-order dynamical circuit are discussed. Furthermore, the frequency property of membranous capacitance C and inductance L of electrophysiology material parameters are also studied with a detail calculating case. The experimental results show that the quicker the myelinated nerve fiber transmits the signal, the smaller the membranous capacitance and inductance values are.