Akulov V A, Vartbaronov R A
Aviakosm Ekolog Med. 2003;37(6):34-40.
Methods of mathematical modeling in the interests of gravitational therapy revealed a number of specific effects of the short-radius centrifuge (SRC) on human leg vessels. The concepts of local g-loads and local hydrostatic pressure during exposure to the gravitational and inertial forces have been formulated. Experimental data suggest a squared dependence of local hydrostatic pressures (including in the pathology focus) on the radius of rotation; extra asymmetric oscillations of main vessels, point to the effects of the Coriolis acceleration of blood on vascular walls.
为了重力疗法而进行的数学建模方法揭示了短半径离心机（SRC）对人体腿部血管的一些特定影响。已经阐述了在受到重力和惯性力作用时局部g负荷和局部静水压力的概念。实验数据表明局部静水压力（包括病变部位的压力）与旋转半径呈平方关系；主要血管的额外不对称振荡表明血液的科里奥利加速度对血管壁有影响。
