Malev V V, Levin S V
Biofizika. 1988 May-Jun;33(3):485-9.
A description of the potential--dependent strains of the nerve fiber is considered as a problem of finding the velocity and pressure distributions in two liquid volumes which are divided by a thin cylindric shell. The isotropic shell equations were used as the boundary conditions for this problem. The strain amplitude predicted is near to the observed one, but the strain dynamics in the model discussed does not coincide with the one recorded under the experimental conditions.
将神经纤维的电位相关应变描述视为一个问题，即确定被薄圆柱壳分隔的两个液体体积中的速度和压力分布。各向同性壳方程被用作该问题的边界条件。预测的应变幅度与观察到的接近，但所讨论模型中的应变动态与实验条件下记录的不一致。
