人类脑神经元电偶极子模拟方法的研究

目的：通过对脑神经元电偶极子模拟方法的研究探索脑神经的空间耦合形式及相邻脑神经元的电磁耦合与人类大脑活动的关系。方法：本文对脑神经电偶极子的形成物理学原理进行了深入的探讨,创建了脑神经垂直电偶极子数理模型,用实验的方法对偶极子进行了模拟同时采用MATLAB对该模型进行了偶极子电势分布与耦合的仿真实验。结果与结论：仿真实验的结果与实际电偶极子的电势分布的理论相吻合。该数理模型对于研究脑神经在人脑外部空间的电势分布和耦合形式、研究EEG、ERP及ECoG有一定的应用价值,同时通过对大脑皮层的电势分布与耦合的表现可以对大脑的物理形态进行研究。

Dipole Modelling Method Research of Human Brain Neurons

Objective：Through a method of research to brain neuron dipole model,exploring brain neuron spatial correlation pattern and electrical-magnetic pattern correlation related to the human brain.Methods：This article deeply discussed physical principle of brain neuron formation.The brain neuron vertical dipole model was constructed.We used experiment method simulated dipoles and at same time,the dipole potential distributions and correlation emulation experiment was executed by using MATLAB.Results and Conclusions：This math-physical model is a significant in the research of EEG,ERP,ECoG and outside of human brain neuron spatial potential distributions and correlation and at the same time,through the expressions of distributions of human brain electric correlation,the physical formations of brain are studied.