Romanov S P
Fiziol Zh SSSR Im I M Sechenova. 1984 Feb;70(2):141-8.
The model is based on assumption of the dependence of membranes' electrical excitability on the muscle length and developed strength. The model, with its parameters being interconnected by means of differential equations, includes the idea of "the absolute length of muscle" with points along the 0-1 scale. From this standpoint, different types of muscle fibers differ in the position of the physiological working range on the length scale as every point on this scale has its own respective interrelationships between rlastic and viscous parameters and its own regularity of transformation of the stimulus into characteristics of development of the force of contraction. Characteristics of contractions inherent to different types of muscles including muscle fibers of the heart, have been reproduced in the model.
该模型基于膜的电兴奋性取决于肌肉长度和所产生力量的假设。该模型通过微分方程将其参数相互联系起来，包含了“肌肉绝对长度”的概念，其沿0 - 1尺度分布着不同点。从这个角度来看，不同类型的肌纤维在长度尺度上生理工作范围的位置有所不同，因为该尺度上的每个点在弹性和粘性参数之间都有其各自的相互关系，以及将刺激转化为收缩力发展特征的自身规律。该模型再现了不同类型肌肉（包括心肌纤维）固有的收缩特性。
