1) entirety of complex systems
复杂系统整体性
1.
The cognizant development of systematic entirety, the contemporary dispute about thoughts of entirety, and the new methodology revealed by studing the entirety of complex systems were discussed inthis paper.
着重探讨了历史上人们对整体性认识的变化和发展;当代整体思维的论争;以及对复杂系统整体性认识所展示的新方法论。
2) complexity and entirety
复杂性与整体性
1.
The complexity and entirety of Siza architectural space;
西扎建筑空间的复杂性与整体性
3) system complexity
系统复杂性
1.
Thinking Model of Discourse upon Zangxiang in TCM and Significance to in Research on System Complexity;
论中医“藏象”思维模型及其对系统复杂性研究的意义
2.
In view of system science and system complexity,the author tentatively analyses complexity in human body and in the process of diagnosis and treatment,further sets forth the possibility of using the experience of theory and method about complexity science,which will provides thinki.
从系统科学和系统复杂性的角度出发,初步分析了人的复杂性、开放性及诊疗过程的复杂性,进一步阐述引用或借鉴复杂性科学研究的理论和方法的可能性,以期为用现代科学语言表述中医药学理论提供一点思路。
3.
Based on the system complexity theory and characteristics of the information age war, some key conceptions of complexity and complex system were discussed, and some issues of war gaming & simulation in the information age were studied.
从系统复杂性出发,针对信息化战争的变化,首先讨论了复杂性与复杂系统的有关概念,研究了信息化战争模拟建模中的相关问题,并结合国防大学的研究与实践,提出了建立面向战争各领域的虚拟全球战争空间的概念模型,讨论了战争复杂系统建模与仿真的主要技术途径,并对一些仍存在的问题给出了我们的初步思考。
4) Complexity system
复杂性系统
1.
Directed by complexity system theory,changing thinking style,paying attention to key link,evolving together with environment and carrying on the integrated consideration is a valid management mode of the scientific and technical innovation.
运用复杂性系统理论,转变思维模式,关注关键环节,与环境共同演化,进行整体思考是有效的科学技术创新管理模式。
5) complex system
复杂性系统
6) integral systematicness
整体系统性
1.
The conclusion were drawn that one sideness will appear inevitably if every school is isolated from each other,and the integral systematicness can be fully reflected if they are synthesized.
考察了现代西方科学哲学主要流派的特色和片面性 ,分析得出 :如果各主要流派相互孤立 ,则会有片面性 ;如果对各流派进行综合 ,则体现整体系统性。
补充资料：复杂调节系统
分子式：
分子量：
CAS号：
性质：由几个调节对象、几个测量元件、几个调节器和一个或几个调节阀构成的多回路调节系统。有串级调节系统、比值调节系统、均匀调节系统和多冲量调节系统等。
分子量：
CAS号：
性质：由几个调节对象、几个测量元件、几个调节器和一个或几个调节阀构成的多回路调节系统。有串级调节系统、比值调节系统、均匀调节系统和多冲量调节系统等。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条