Institute for Mathematical Problems in Biology, Pushchino, Moscow Region, Russia.
Chaos. 1998 Mar;8(1):48-56. doi: 10.1063/1.166307.
The vulnerability to reentrant wave propagation, its characteristics (period, meander, and stability), the effects of rotational transmural anisotropy, and the control of reentrant waves by small amplitude perturbations and large amplitude defibrillating shocks are investigated theoretically and numerically for models based on high order, stiff biophysically derived excitation equations.
针对基于高阶、刚性生物物理激发方程的模型，从理论和数值两方面研究了折返波传播的易感性、折返波的特征（周期、曲折和稳定性）、旋转穿壁各向异性的影响，以及小振幅微扰和大振幅除颤冲击对折返波的控制作用。
