经络传输的动力观

Power view of transmission of channels and collaterals

目的:用力学的观点描述经络生理与气血运行。方法:通过数值方法求解不具压缩性的定常牛顿流体电渗流运动的方程组。结果:经络线流体的流速与文献中小分子循经迁移速度相符。改变血管壁的渗透系数与动脉端的血压时,气的流速对应地改变,这符合针刺时的生理反应。若改变经络线的静压与入流的条件,可诠释气滞血瘀与气行血亦行的中医理论。结论:通过电渗流方程式,可解释中医经络理论,亦有助于经络电波、电流传导现象的理解。

Objective To describe physiology of channels and circulation of qi and blood from the point of view of mechanics, Methods The equation of no compressive normal Newtonian fluid electric osmotic motion are solved by using numerical value method. Results The results of numerical value calculation show that the flow rate of fluid of channel lines is confirm to the migration velocity of middle-small molecules in literature. When the osmotic coeffi- cient of blood vessel walland blood pressure of the end of artery changes, the flow rate of qi will correspondingly change, which is confirm with the physiologic reaction at acupuncture. If the static pressure of the channel lines and the inflow condition are changed, it can explain the theory of qi stagnation and blood stasis, and flow of qi inducing blood circulation. Conclusion By using the equation of electric osmotic flow, the theory of traditional Chinese medicine can be explained, which is conducive to understanding the conduction phenomena of electric wave and electric current of channels and collaterals.