摘要
本文从系统分析的观点考察了电激励下的经络现象 ,指出揭示经络现象本质是动态的 ,可用有序、变阶的线性随机系统予以描述 ;从而提出调节度概念 ,作为经络现象的统一度量机制、经脉线上与经脉线外特性差异性和经脉循行线及其存在的评价准则。内容包括经络电极的测定、经络现象的动态数据获取与建模、皮肤极化电位的测定和调节度定义等。
In the present study, electrical stimulation evoked meridian phenomenon(MP) is examined from the viewpoint of systems engineering. Results revealed that MP was of dynamic characteristics and could be described using ordered, step change and linear random system. Hence, a concept of “regulation degree” was put forward and could be used as an unified measuring unit or criteria for examining MP, the difference of electrical characteristics between the meridian route and outside of the meridian route, and for judging the existence of meridian. This paper contains discussions on electrical detection of meridian, acquirement of dynamic data of MP, establishment of model detection of cutaneous polarization potentials, and the definition of regulation degree.
出处
《北京生物医学工程》
2000年第3期156-158,166,共4页
Beijing Biomedical Engineering
关键词
人体电测量
经络研究
动态建模
调节度
Electrical detection of human body, Meridian research, Establishment of dynamic model, Regulation degree, Computer analysis
