四维能源供需系统,a four-dimensional energy supply-demand system
1)a four-dimensional energy supply-demand system四维能源供需系统
1.Adaptive-impulsive synchronization ofa four-dimensional energy supply-demand system四维能源供需系统的自适应-脉冲同步
英文短句/例句
1.Concise Exact Analytical Solutions of a 4D Energy Supply and Demand System;四维能源供需系统的简明严格解析解
2.Adaptive-impulsive synchronization of a four-dimensional energy supply-demand system四维能源供需系统的自适应-脉冲同步
3.The application of energy supply-demand optimization model in Beijing energy system能源供需优化模型在北京市能源系统的应用
4.Relation between supply-demand estimation of energy sources-mineral resources all over the world and managing system of international trade transformation;全球能源-矿产资源供需估计与国际贸易转型管理系统关系
5.Management shall provide resources essential to the implementation and control of the environmental management system. Resources include human resources and specialized skills, technology and financial resources.管理层应提供实施与管制环境管理系统所需要的资源，包括人力资源、门技能、术及财务的资源。
6.Study on Energy Bus System--Semi-central DHC能源总线系统研究——半集中式区域供冷供热系统
7.Outlook for the relationships of production, demand and supply of the world s main energy minerals;世界主要能源矿产生产、需求和供求关系展望
8.Low CO2-Emitting Energy Supply System二氧化碳低排放能源供应系统
9.The feed system of a rocket engine may be the cause of undesirable oscillations.火箭供应系统可能是有害的振源。
10.Energy Saving Operating Analysis of Sewage Water Source Heat Pump for Heating污水源热泵供热系统的节能运行分析
11.Building DES/CCHP energy system in industrial park建设工业园区冷热电联供的能源系统
12.Analysis of Heat-supplying Subsystem of Distributed Energy Sources System with Complementary Application of Multi-energy Sources in West Region;西部多能源互补利用的分布式能源系统供热子系统分析
13.It is essential for satisfying basic human needs, health, food production, energy and maintenance of regional and global ecosystems.它是满足基本人类需要，健康、粮食生产、能源和维持区域和全球生态系统所必不可少的。
14.Supply-demand level and development capability of Harbin urban ecosystem哈尔滨市生态系统供需水平和发展能力动态
15.District heating and cooling (DHC) system is a part of energy system in a modern city.集中供冷供热系统是现代化城市能源系统的一部分。
16.Study on Estimating Method of Utilization Rate of Geothermal Energy in Heating and Cooling System;基于地热水资源供热供冷系统能源利用率评价方法的研究
17.Optimal Planning of Distributed CCHP System in Urban Energy Environment;城市能源环境中分布式供能系统优化配置研究
18.Promote Vigorously Engineering for Dcecentral Co-generation System Enhance Energy Efficiency;大力推进分布式供能系统提高能源利用效率
相关短句/例句
energy resources supply-demand system能源供需系统
3)energy supply-demand能源供需
1.This paper is aimed at the changing pattern ofenergy supply-demand in China since reform and opening.文章通过中国能源生产、消费和平均运距刻画了改革开放以来中国能源供需格局的演变过程。
4)supply and demand system供需系统
1.Optimization of thesupply and demand system of urban water resources;城市水资源供需系统优化分析
5)energy supply system能源供应系统
1.Research on earthquake disaster chain ofenergy supply systems;能源供应系统地震灾害链研究
2.Through the contrast analysis of human body life system and modern electronics electric circuit system,theenergy supply system theory for the human body is put forward,which are based on the principles of boold qi energy supply and automatic regulation of human body life system controlled by T field.通过对比分析人体生命系统与现代电子电路系统,提出以血气能量供应和完整T场控制下的人体生命系统和以自动调节为基本原理的人体能源供应系统,探讨了中医切脉,八纲辨证,脏腑互为表里的生理基础和物理意义。
6)energy supply systems能源供应系统
1.The earthquake disaster interaction research of theenergy supply systems;能源供应系统结构地震破坏导致的灾害相互作用研究
2.Along with the development of the national economy construction, the need and the dependence of society and public for theenergy supply systems become more and more big.随着国民经济建设的发展,社会与公众对能源供应系统的需求越来越多,依赖性越来越大。
延伸阅读
发电能源在一次能源消费中的比重发电能源在一次能源消费中的比重the share of energy for electricity generation in total primary energyfad旧n nengyuan za一y一ei nengyuan x.oofe一zhong由b lzhong发电能源在一次能派消费中的比，(theshare of energy for eleetrieity罗neratinn in totalprimary energy)是表征一个国家国民经济电气化程度的一个指标。在一次能源总消费中，发电用能源的比例越大，电力在能源系统中的地位越重要，国民经济电气化的程度就越高。由于使用电力比直接使用石油、天然气和煤炭等一次能源的效率高，且电力用途广泛，使用灵活方便，不污染环境，可靠性高，因此.世界各国的电力生产和消费以高于能源的速度增长，发电用能源在一次能源总消费t中的比例日益增大。下表列出了一些国家发电用能源占一次能源总消费的比例变化情况。一些日家发电能一占一次能派总消.一的比，(%)┌──┬───┬───┬──┬───┬──┬───┬───┐│年份│美国 │日本 │德国│加章大│法国│英国 │中国 │├──┼───┼───┼──┼───┼──┼───┼───┤│1970│28.4 │31。1 ││43.3 │23.8│ │ │├──┼───┼───┼──┼───┼──┼───┼───┤│1980│37。65│44.9 │30.7│57.1 │36.1│39.7 │20.60 │├──┼───┼───┼──┼───┼──┼───┼───┤│1990│41.79 │50.30 │33.7│58.9 │46.0│37。6 │24.68 │├──┼───┼───┼──┼───┼──┼───┼───┤│1995│40.50 │51.50 │35.8│63.7 │57.0│36.7 │29.58 │├──┼───┼───┼──┼───┼──┼───┼───┤│1996│41。0 │50.7 │34.9│64。3 │54.2│35.4 │30.76 │└──┴───┴───┴──┴───┴──┴───┴───┘ 注:1.资料来浑日本海外电力调查会《海外电气事业统 计》和《中国电力统计资料》. 2.说明:(l)电力消费t系按电厂的发电t或净发电 t计算;(2)美国、日本、法国、英国系按供电热 效率计算煤耗，铭国、加幸大系按发电热效率计算煤耗，中国则立接按发电煤耗计算;(3)发电能浑 消费(含火电、水电、核电等)均用上述计算的煤 耗乘以各自的总发电t。
