1)traditional energy传统能源
英文短句/例句
1.Centre for Non-conventional Energy Development非传统能源发展中心
2.Group of Expert on Research and Development in Non-Conventional Sources of Energy非传统能源研究和发展专家组
3.Marketing Strategy Comparison of Traditional Energy Industries and Energy Service Company(ESCO)传统能源产业升级为能源服务业(ESCO)的营销策略探讨
4.Solar Energy is a clean energy technology that can substitute the traditional methods of generating the nature resources.太阳能光电的科技，可以代替许多传统能源更多的资源，存续了更多的青山绿水。
5.Warning:Routing module could not allocate resource tag.系统内存不够，该传送模式不能分配资源。
6.The Historical Origin and Social Function of Zhuang Nationality Traditional Sports Culture;壮族传统体育文化的历史渊源及社会功能
7.Origin,Characteristics and Function of National Minority Traditional Sports;少数民族传统体育的起源、特征与功能的研究
8.Influence of ASK modulation depth on energy and data transmission of the passive RFID systemASK调制度对无源RFID系统能量和数据传输的影响
9.Comparative Study on Pyrolysis Characteristic of Energy Crops and Traditional Biomass能源作物与传统生物质热解特性对比研究
10.On the Untraditional Settlement Mechanism of International Energy Co-operative Development Dispute国际能源合作开发争端的非传统解决机制析论
11.Design of Multi-way Composite Switching Power Supply for Intelligent Sensor System智能传感器系统多路混合开关电源设计与实现
12.Design of the Power Intelligent Control System of Wireless Sensor Network无线传感器网络电源智能控制系统设计
13.Function Conversion from Traditional Human Resource Management to Strategic Human Resource Management;传统人力资源管理到战略人力资源管理的职能转变
14.As a result, nuclear energy cannot yet compete economically with conventional sources.结果，原子能还不能够在经济下与传统的能源竞争。
15.Comparison of Energy Consumption and Environmental Impact between Seawater-source Heat Pump and Traditional Air-conditioning System in Jiangsu江苏地区海水源热泵与传统空调系统能耗与环境影响比较
16.The theory stems from an ancient tradition.这个理论源于古代传统。
17.Temporal and Spatial Alignment and Performance Assessmenta for Multi-Platform Multi-Sensor and Multi-Source Information Fusion System;多平台多传感器多源信息融合系统时空配准及性能评估研究
18.Research on Intelligent CAD System of Gear Transmission Based on Digital Integrated Resources;基于数字化资源集成的齿轮传动机构智能CAD系统研究
相关短句/例句
traditional energy system传统能源系统
1.Starting with the traditional energy system, this thesis expounds the essentiality to acquire the large energy system outlook in the case of the sharper contradiction with resources environment and development.本文从传统能源系统入手 ,阐述了在资源、环境与发展之间矛盾日益突出的今天 ,树立大能源系统观的必要性。
3)traditional energy structure传统能源结构
1.Through the analysis on Chinese traditional energy structure a nd t he preliminary survey on the future energy demand, this paper puts forward the a ssumption of redoubling GDP and doubling the energy demand, and looks forward th e energy structure and its utilization in the future 20 years and even longer pe riod of time.通过对中国传统能源结构分析与未来能源要求的预测,提出到2020年力争实现GDP翻两番,能源消耗翻一番的设想,展望了未来20年以至更长时间的能源结构及其利用。
4)traditional energy industries传统能源产业
5)biogenesis of energy transfer systems[生]能量传送系统生源说
6)traditional resources传统资源
1.Their essential purpose of reorganizing national heritage was to discover those vigorous old traditions through developing traditional resources so as to seek traditional supports for enlightenment ideas appeared in the early period of the Movement and also seek traditional roots for remaking Chinese civilization.整理国故的根本目的在于,通过对传统资源的开发,发掘有生机的旧传统,既为五四前期的启蒙思想寻找传统的支持,也为嫁接西方现代文化和再造文明寻找传统的根基。
2.Flourishing vigorously, traditional resources as well as others related bring a lot of profits to developed countries; meanwhile, developing countries abundant in resources have grasped the opportunity to have sped up their own developing.遗传资源和相关传统资源蓬勃兴起,为发达国家带来新一轮巨大收益,也为资源丰富的发展中国家带来加快发展的机遇。
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 energy fad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。
