1) total system
总系统
2) System bus
系统总线
1.
In the light of different equipments connected, BUS can be classified into internal BUS, on-board partial BUS, system BUS, and external BUS, among which the on-board partial BUS has the most significant influence to the performance of the system.
从总线分类上看 ,PC系列机中不存在计算机系统总线这一概念。
3) total energy system
总能系统
1.
The results obtained here indicated that polygeneration system might provide the efficient and clean use of coal energy in total energy system.
煤气化发电－甲醇联产系统是一种建立在能的梯级利用概念基础上，融合了ＩＧＣＣ动力系统与甲醇生产流程的新颖的多联产总能系统。
2.
The performance of the total en- ergy system was simulated using the Matlab to evaluate the effects of the parameters of fuel cells,such as the current den- sity,fuel flow,output power on the total energy system.
提出了一个由固体氧化物燃料电池和吸收式制冷机组成的电热冷联供总能系统,应用MATLAB软件包对总能系统进行了模拟分析,得到了燃料电池的电流密度、燃料流量、输出功率等参数对总能系统的影响,为高温燃料电池电热冷联供总能系统的设计与优化提供参考依据。
3.
On the basis of the integration idea of total energy system, this paper analyzes the essential characteristics of distributed energy system(DES) as follows: DES is essentially total energy system; with effective integration, it possesses the biggest potential of the performance improvement; on the basis of the idea of cycle economy, it is also .
基于总能系统集成思想和方法,本文阐述了分布式能量系统的主要特点和本质特征本质上是总能系统;高度集成性,具有提高效率的最大潜力;是基于循环经济理念,符合可持续发展的先进能量系统;输出产品多元,能够满足用户多种用能需求。
4) integrated energy systems
总能系统
1.
The refrigeration manner of integrated energy systems with natural gas and the method using residual-heat of tail gas to supply heat for absorption refrigeration are discussed.
探讨了天然气总能系统(IES)制冷方式和利用尾气余热为吸收制冷提供热量的方法。
5) integrated energy system
总能系统
1.
Professor Wu Zhonghua had described the idea of cascade utilization of energy and the concept of energy level,proposed the famous principle"temperature matched and cascade utilization"and called integrated energy system.
吴仲华先生从科学原理出发,阐述热力系统中能的梯级利用与品位概念,倡导总能系统,提出了著名的:温度对口、梯级利用"原理。
2.
Utilization approach of natural gas is summarized, technique scheme of integrated energy system (IES) is put forward, and a practical demonstration engineering example of natural gas IES is given.
综述了天然气的利用途径,提出了总能系统(IES)的技术方案,列举了天然气总能系统示范工程实例。
3.
Research on thermal cycles and integrated energy systems is one of the important subjects for energy and environmental science, which is also emphasized in the National Mid-to-Long Term Plan for S&T.
热力循环与总能系统是本世纪能源与环境科学的主要议题之一,也是在国家中长期科技规划中位于优先位置的需要关注的重点。
6) bus system
总线系统
1.
Application of ABB i-bus system of intellectual illumination;
智能照明系统ABB i-bus总线系统的运用
2.
In this paper the research and development status of airborne bus system are summarily described and the comparison and analysis are made between several bus system.
简要阐述了机载总线系统的发展和研究状况;并对主要几种总线系统进行了分析和比较;还论述了高速线性令牌总线系统的功能和结构。
3.
This paper puts forward the design scheme of a kind of network intellectualized node based on VME bus system combining with the modular design idea,introduces the design of hardware structure and core module of the system in detail,analyzes the difficulty and key technique of system software design.
结合模块化设计思想,提出一种基于VME总线系统的网络智能节点设计方案,详细介绍了系统的硬件架构及核心模块的设计,分析了系统软件设计的难点及关键技术。
补充资料：能量梯级利用(见总能系统)
能量梯级利用(见总能系统)
energy utilization gradiently:see total energy system
曰，IJently)见总能系统、energy utiliZation gradi-
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