Kisliakov Iu Ia, Luchakov Iu I
Biofizika. 1985 Jan-Feb;30(1):137-40.
A mathematical model imitating transport of inert gases in the system of microcirculation under increased pressures was constructed. It has been shown that saturation of microareas nucleus of the brain cortex of average dimensions proceeds in about 90 sec. Effect of the blood flow velocity, gases tension in arterial blood and density of the capillary net on the dynamics of mass transfer of gases in a tissue was investigated.
构建了一个模拟高压下微循环系统中惰性气体传输的数学模型。结果表明，平均尺寸的大脑皮质微区核心的饱和过程约需90秒。研究了血流速度、动脉血中气体张力和毛细血管网密度对组织中气体传质动力学的影响。
