电磁辐射下神经元模型的动力学特性分析
Analysis of the Dynamics of Neuronal Models under Electromagnetic Radiation
DOI: 10.12677/aam.2024.137311, PDF,    科研立项经费支持
作者: 于欢欢：广东理工学院基础课教学研究部，广东 肇庆；路正玉*：广东理工学院艺术设计学院，广东 肇庆
关键词: 磁通；电磁辐射；放电行为；Magneticflux； Electromagnetic Radiation； Discharge Behavior
摘要: 近年来电磁辐射对神经元电活动的影响备受关注，引入磁通以及电磁场建立了五维的神经元模型。该模型用来描述考虑电磁感应的神经元放电行为，应用MATLAB进行数值仿真，通过调节参数检测到神经元中电活动的多种模式。对深入了解神经元放电的规律以及异常放电提供了基础。
Abstract: In recent years, the influence of electromagnetic radiation on the electrical activity of neurons has attracted much attention, and a five-dimensional neuronal model has been established by introducing magnetic flux and electromagnetic field. The model is used to describe the firing behavior of neurons considering electromagnetic induction, and MATLAB is used to perform numerical simulations to detect multiple patterns of electrical activity in neurons by adjusting parameters. It provides a basis for understanding the pattern of neuronal firing and abnormal discharge.
文章引用：于欢欢, 路正玉. 电磁辐射下神经元模型的动力学特性分析[J]. 应用数学进展, 2024, 13(7): 3250-3256. https://doi.org/10.12677/aam.2024.137311

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