能源的計量 的英文怎麼說

中文拼音 [néngyuándeliáng]
能源的計量 英文
energy measurement: units and conversion factors
  • : 能名詞(姓氏) a surname
  • : 名詞1. (水流起頭的地方) source (of a river); fountainhead 2. (來源) source; cause 3. (姓氏) a surname
  • : 4次方是 The fourth power of 2 is direction
  • : Ⅰ動詞1 (計算) count; compute; calculate; number 2 (設想; 打算) plan; plot Ⅱ名詞1 (測量或計算...
  • : 量動1. (度量) measure 2. (估量) estimate; size up
  • 能源 : the sources of energy; energy resources; energy source; energy能源短缺 energy shortage; 能源工業 ...
  • 計量 : calculate; estimate; meterage; metering; batching; measure
  1. Ang, b. w., zhang, f. q., choi, k. h., 1998. factorizing changes in energy and environmental indicators through decomposition. energy 23 ( 6 ), 489 - 495

    當年消費總和生活用消費數據都可以在各年年鑒》中直接查到
  2. There are relevant relationships with reference to cc vs. ownership and internalization. substituting cc for ownership and internalization, the matrix of cc and location can instruct multinational cooperation better. the forth chapter went along with the empirical research on cc of chinese enterprises by referring to the econometrical model designed by wangyi and drew a conclusion : chinese companies have stepped into the competition of strategic cc and organic cc

    本文第四章借用清華大學經濟管理學院王毅所著《我國企業核心力實證研究》中模型及數據進行我國企業核心競爭力實證分析並得出結論:我國企業己經步入基於戰略核心力和組織核心競爭階段,它們分別是企業成長和盈利重要泉。
  3. With the engineering thermophysics subject as a main theory basis, the boiler, the steam turbine, the internal combustion engine and the other new, being developed power machinery and system as the research object, the application of engineering thermodynamics , heat transfer, computer system control theory, environmental science, microelectronics technology, energy - saving technology and other knowledge , study the process and the basic law of fuels chemical energy and liquid kinetic energy to converse to the power securely and efficiently and low ( or no ) impurely ; study the energy conversion process systems and technology of equipment automatic control ; study the producing mechanism and emission control technology of combustion pollutants ; study energy - saving technologies and the development of new energy technologies

    工程是以工程熱物理學科為主要理論基礎,以鍋爐、汽輪機、內燃機和正在發展中其它新型動力機械及系統為研究對象,運用工程熱力學、傳熱學、算機自動控制理論、環境科學、微電子技術、節技術等學科知識,研究燃料化學和液體安全、高效、低(或無)污染地轉換成動力基本規律和過程;研究轉換過程中系統和設備自動控制技術;研究燃燒污染物生成機理與排放控制技術;研究節技術與新開發技術。
  4. This paper combines the application and research of cellular manufacturing resource management system in high - efficient numerical control machining technique research of commission of science technology and industry for national defense and demonstration project research of chengdu aerocraft corporation, studies and practice the management of workshop ' s resource management which according to mrp hand jit " s thoughts and the characteristic of manufacturing execution system to meet advanced management concept ; have realized the computer - assisted management of the measuring tool, cutter, fixture and material in numerical control manufacturing center of chengdu aerocraft corporation, have introduced some manage method, concept and the management thought in production planning and controlling management, stock management and cost management ; makes the information of cost manage department, technology department and resource management department can be shared and integrated with each other, have guaranteed the production of numerical control manufacturing center of chengdu aerocraft corporation can go on by order ; this paper is taking the management of cutter as a sample, have studied the major working process and the realistic demand of resource management in the environment of numerical control ; have established systematic function model and information model with the method of idefo, idef1x ; under the support of intranet, with the method of joint application and development, combines advanced management theory and reality, using mature software development tool, this paper have developed the computer - aided manufacturing resource management software under the pattern of c / s

    本文結合國防科工委「高效數控加工技術研究?成飛示範工程」課題中單元化製造資管理系統研究與應用,從車間層開始圍繞製造資劃( mrp )和準時制生產( justintime ,簡稱jit )需求並結合製造執行系統( manufacturingexecutionsystem )特點對車間資管理作了一定研究和探討,並付諸實踐,以適應先進管理理念;實現了成飛數控加工中心刀具、具、工裝、物料等製造資算機輔助管理,介紹了一些劃與調度管理、庫存管理、成本管理管理思想、理念及方法,完成了與車間生產調度部門、工藝部門、經營管理部門信息共享和集成,從製造資角度保證了成飛數控加工中心生產有序、受控進行;對今後車間層製造資管理探索出了一條切實可行解決途徑。本文以刀具管理為例,研究了高效數控環境下製造資管理現實需求及主要工作流程;採用idefo 、 idef1x方法建立了系統模型和信息模型;並在車間局域網支持下,採用聯合應用開發( jad )方法(即程序開發人員與最終用戶共同開發系統) ,以先進管理理論為指導,結合生產現場實際情況,利用成熟軟體開發工具開發了c s模式下算機輔助製造資管理系統軟體。
  5. Promoting communication within the department through electronic means via gcn and the intranet ; working towards the concept of paperless office to reduce the use and dispatch of paper ; adopting the principles of reduce, reuse and recycle in the consumption of materials and seeking continuous improvement in the efficient use of natural resources and energy, e. g. by re - engineering of work processes

    鼓勵員工透過政府通訊網路及政府新聞處內聯網等電子途徑溝通;推行無紙辦公室劃,減少紙張耗用及須要傳遞文件數;按照減少使用、重復使用及循環再用原則使用物料;以及不斷推行改善措施,例如透過重組工序,不斷提高天然資使用效益;
  6. B promoting communication within the department through electronic means via gcn and the intranet ; working towards the concept of paperless office to reduce the use and dispatch of paper ; adopting the principles of reduce, reuse and recycle in the consumption of materials and seeking continuous improvement in the efficient use of natural resources and energy, e. g. by re - engineering of work processes

    B鼓勵員工透過政府通訊網路及政府新聞處內聯網等電子途徑溝通推行無紙辦公室劃,減少紙張耗用和須要傳遞文件數按照減少使用重復使用及循環再用原則使用物料以及透過重組工序等方法,不斷提高天然資使用效益
  7. The hearth pressure, pipeline pressure and heat exchanger are protected and the important parameters are sent to the factory - level mis network. so far, with the said system, the purpose to improve the control accuracy and bloom heating quality, to

    系統設達到了提高控制精度、提高鋼坯加熱質、減少氧化燒損、減少脫碳層厚度、減少環境污染,節約,具有良好經濟效益和社會效益
  8. However, there is discrepancy between actual construction and design i tself, so that local residential building consumes a lot of energy, which surpass the energy - saving standard

    在住宅設時雖然也要求填寫建築節備案表,但實際工程與設又有很大出入,致使當地住宅建築消耗大,遠遠超過節標準要求。
  9. Different measurement standard produce the estimate for the meter ' s measurement error. the theoretic analysis shows that the non - linear load is harmonic source, and the harmonic produced by it is transformed by part of basic wave absorbed by it from power system, therefore, traditional measurement mode has some

    通過對非線性負荷理論分析表明,作為諧波,非線性負荷所產生諧波是吸收基波一部分轉化而來,從而說明傳統方式具有不合理性,提出相應解決方法和對策,並建議一種新方式供同行研究探討。
  10. The institute is a geological prospecting organization with independent legal person qualification, integrated with the solid minerals prospecting, geological investigation of hydrological engineering environment, survey construction, rock mineral appraisal and testing, topography, engineering survey, geotechnical survey, foundation construction, geological disaster disposal, risk assessment, mine reclaiming and management etc ; now it has the geological prospecting qualification certificate approved by ministry of land and resources, surveying & mapping qualification certificate approved by hebei bureau of surveying and mapping, accreditation and metrology certification qualification approved by committee on state accreditation and approval, geotechnical engineering survey qualification certificate and foundation construction qualification certificate approved by ministry of construction ; now it has 435 staff with specialized technician 21 % ; advanced geological prospecting equipment and construction machinery and equipment, testing instruments, suitable for large - scale geological prospecting projects ; it has undertook several national and hebei, shanxi provincial largesize minerals prospecting projects, and won many awards such as science & technology progress, and geological prospecting etc

    中化地質礦山總局河北地質勘查院是集固體礦產勘查、水工環地質調查、勘查工程施工、巖礦鑒定與測試、地形、工程測、巖土工程勘察、基礎工程施工、地質災害勘查治理、危險性評估、礦山恢復與治理等為一體具有獨立法人資格地質勘查單位;現擁有國土資部認定地質勘查資質、河北省測繪局認定測繪資質、國家認證認可監督管理委員會認定認證合格實驗室資質,建設部認定巖土工程勘察資質、基礎施工資質;現有職工435人,專業技術人員占職工總數21 % ;擁有先進地質勘查裝備和施工機械設備、測實驗儀器,夠滿足大型地質勘查項目施工要求;曾承擔多項國家和冀晉兩省大型礦產勘查項目,並獲科技進步、地質找礦等獎項。
  11. The scheme allows you to select household appliances and office equipment based on levels of energy consumption

    你可根據此劃所提供消耗等資料,選擇各款家用電器及辦公室器材。
  12. The labels that are issued provide information on energy consumption and efficiency to help you make better purchasing decisions

    劃所發出標簽可為消費者提供不同產品消耗及效益資料,有助他們購買時作出精明選擇。
  13. The energy efficiency labelling scheme equips the consumers with energy consumption information of various products to help them make informed choices

    效益標簽劃讓消費者得悉不同產品消耗,以便在選購產品時有所依據。
  14. China, the most populous country on earth, is estimated to use two to three times more energy per square metre of its buildings than most advanced economies

    據估,中國(世界上人口最多國家)建築物每平米消耗是多數發達國家2至3倍。
  15. The fourth part is a key part of value management of human resource, on the basis of the third part, including content as follow : discussing the value management for the human resource investing systematically, and listing procedure and method of predicting and decision ; discussing the value encouraging and value control to the human resource, conceiving the method of analyzing and controlling tentatively ; discussing the relevant problem of assigning, human resource value should have the power to obtain the surplus and should be divided into two steps : surplus value should be assigned between human capital and financial capital at first, then surplus value that human capital has assigned should be assigned again among the individuals, and put forward the corresponding method

    第二部分詳細探討了人力資價值管理會理論基礎、定義及性質、目及意義、對象及特點、職、主要內容及方法;第三部分是對人力資價值及其研究,通過分析當前人力資價值方法優缺點,本文認為人力資價值管理會人力資價值應當採用未來現金流現值法。並在此基礎上對人力資群體價值和個體價值模式進行了構建;第四部分是人力資價值管理核心部分,系統地對人力資投資(取得、開發及替代)價值管理、人力資價值激勵及價值分析與控制以及人力資價值盈餘分配管理三大部分內容進行了研究,並提出相應價值管理方法。
  16. The panels discussed the paper re. target of re contribution to the electricity demand, environmental and social benefits associated with the use of re other than cost considerations, access to the existing electricity grid by re producing organizations companies in the context of the 2003 interim review of the schemes of control agreements and a concrete timetable for development and wide - scale application of re

    兩個事務委員會討論載述以下各項事宜文件:可再生發電占電力需求目標比率除成本因素外,使用可再生對環境和社會效益可再生生產機構公司在2003年管制劃協議中期檢討范疇下使用現有供電網路以及發展和大規模應用可再生具體時間表。
  17. The panels discussed the paper re. target of re contribution to the electricity demand, environmental and social benefits associated with the use of re other than cost considerations, access to the existing electricity grid by re producing organizationscompanies in the context of the 2003 interim review of the schemes of control agreements and a concrete timetable for development and wide - scale application of re

    兩個事務委員會討論載述以下各項事宜文件:可再生發電占電力需求目標比率;除成本因素外,使用可再生對環境和社會效益;可再生生產機構公司在2003年《管制劃協議》中期檢討范疇下使用現有供電網路;以及發展和大規模應用可再生具體時間表。
  18. Study an effect of using sulfur - removal waste residue ( the vice - product produced by sulfur - removal device of the factory using coal as energy resource to absorb oxidizing sulfur, whose mainly composition is gypsum ) as an amendment to the alkali soil in theory. with certain water as leaching requirement leaching soil column indoor employed with certain quantity sulfur - removal waste residue after collecting and analyzing representative soil sample. collecting and analyzing the filtrate, then calculate the data and speculate the result to guide the field production

    本文重點是對煤煙脫硫廢渣(利用煤炭作為工廠除硫裝置消除硫氧化物后副產物,主要成分為石膏)改良堿土進行理論研究,方法上以室內土柱淋溶模擬為主,採集有代表性堿土並分析其成分后,採用小水定額灌洗,收集分析濾液化學成分,進行推理分析算並指導田間生產實際。
  19. Natural gas is a kind of important chemical raw material and clean energy sources. the volume measurement of standard orifice is a major way in trade. instead of the mechanical measurement, the ddz instrument method is being widely used

    作為重要化工原料和清潔天然氣,在貿易交接過程中目前以孔板差壓式流體積流為主,測方式正大規模地由機械式向電動單元組合式發展。
  20. The elasticity of demand with respect to each variable and the contribution of each factor to. the quantity of energy demanded were calculated

    根據估需求函數,算了需求對各影響因素需求彈性以及各因素變動對需求貢獻率。
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