We give two methods to describe the stochastic neuron system: Markov and Langevin, and there exist an optimal membrane area correspond to the most excitable system.
本文给出了两种描述随机神经元系统的方法:Markov方法和Langevin方法,并且指出存在一个最优的膜面积,对应最易兴奋的系统。
参考来源 - 有限大小神经元细胞膜离子通道随机性的温度效应·2,447,543篇论文数据,部分数据来源于NoteExpress
Using AC impedance measurement, this study proposed a method to investigate ion exchange membrane area resistances;
利用交流阻抗谱测定技术,建立一种离子交换膜导电性能评价方法;
IVUS measurements include external elastic membrane area(EEMA), minimal lumen area(MLA), and area stenosis(AS), style of endomembrane tear and dissection.
以IVUS分析外弹力膜内横截面积(EEMA)、最小管腔横截面积(MLA)、管腔面积狭窄率(AS)以及内膜撕裂类型和夹层形成。
The measured results revealed the various adsorption behaviors of cation and anion exchange membranes, and showed membrane area resistance dependence upon electrolyte solution concentration.
在此基础上揭示阳离子交换膜、阴离子交换膜对离子的不同吸附特性,以及膜面电阻对电解质溶液浓度依存特性。
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