摘要
文章总结了复杂事物存在和运动的根源,提出以圆形作为运动研究焦点,以便于分析光、磁、电等各种能量的转换。设计了跟踪圆运动轨迹的分段多矢量分析法及其变化的5种模式,来刻画其循环性及动态运动特征。以电机特性分析为例,说明了该分析方法的运用呈现了由个体到系统、再到复杂系统的认识模式,建立了微观与宏观知识的联系。
This paper summarizes the origin of the existence and movement of complex things,and puts forward that the focus of movement research is circle,which is convenient to analyze the energy conversion of light,magnetism,electricity and so on.The segmented multi vector analysis method and its five changing modes are designed to describe the circular and dynamic motion characteristics.By taking the analysis of motor characteristics as an example,the application of this analysis method shows the cognitive mode from individual to system and then to complex system and establishes the relationship between micro and macro world.
作者
梁梅
余艳青
官裕达
LIANG Mei;YU Yanqing;GUAN Yuda(College of Electric Power,South China University of Technology,Guangzhou 510641,China;National Experimental Teaching Demonstration Center for Electrical Information and Control,South China University of Technology,Guangzhou 510641,China)
出处
《实验技术与管理》
CAS
北大核心
2020年第6期189-192,共4页
Experimental Technology and Management
基金
广东省高等教育教学改革项目(Y1172170)
华南理工大学新工科研究项目(Y1172390)
华南理工大学优质实验课程项目(Y1163070)
华南理工大学探索性实验项目。
关键词
知识交叉
复杂系统
圆运动
能量转换
动态特性
knowledge intersection
complex system
circular motion
energy conversion
dynamic characteristics
