熱力發電 的英文怎麼說

中文拼音 [rèlìfādiàn]
熱力發電 英文
thermal power generation
  • 力 : Ⅰ名1 （力量; 能力） power; strength; ability; capacity 2 [物理學] （改變物體運動狀態的作用） forc...
  • 發 : 名詞（頭發） hair
  • 電 : Ⅰ名詞1 （有電荷存在和電荷變化的現象） electricity 2 （電報） telegram; cable Ⅱ動詞1 （觸電） give...
  • 熱力 : [機械工程] heating power
  1. The graduates may find employment of technology and management in the fields of the thermal energy & power engineering ( tepe ) and its relevance, such as modern power plant or the refrigeration and cryogenics engineering ( rce ), the graduates may also engaged in the special technique in the fields related to tepe

    學生畢業后能勝任現代火力發電廠，製冷與低溫工程及相關的熱能與動力工程專業的技術與管理工作，並能從事其它能源動力領域的專門技術工作
  2. Engineering consu - etation of deiegn for coal - fired power dlant, especial in the fields of thermal system, mechanical equipment selection and the lagout and erection of the tquipment and piping in dower plant

    火力發電廠工程設計咨詢、熱機工藝系統擬定及其計算、熱力設備選型選擇、系統及設備的布置和安裝設計。
  3. Now, energy souces consume increasing daily and environment empoison being serious gradually, wind power, as renewable, no pollution energy source, is paid great attention by more and more countries. the technology also become research hotspot of many country ' s scholar

    在能源消耗日益增長、環境污染日漸嚴重的今天，作為可再生綠色能源的風能成為世界各國普遍重視的能源，風力發電技術也成為各國學者競相研究的熱點。
  4. Now, energy sources consume increasing daily and environment empoison being serious gradually, forced people to consider new and renewable energy development and utilization, wind power is paid great attention by more and more countries because of its outstanding excellence in them

    在能源消耗日益增長、環境污染日漸嚴重的今天，迫使人們考慮新能源和可再生能源的開發和利用問題。其中風能由於其突出的優點而成為世界各國普遍重視的能源，風力發電技術也成為各國學者競相研究的熱點。
  5. A non - profit association of the leading mining, production and fabrication companies in the global pgms industry. information on platinum, palladium, rhodium, iridium, ruthenium, and osmium

    -擁有焦化燒結煉鐵轉爐煉鋼電爐煉鋼連續軋鋼高速線材小型軋材熱力發電等主體生產廠。
  6. Directives of thermal instrumentation and control for coal fired boiler in power plant

    火力發電廠燃煤電站鍋爐的熱工檢測控制技術導則
  7. After a nationwide restructuring of colleges and departments in 1952, the department was renamed as the department of machine manufacturing, comprising 5 disciplines manufacturing technology, foundry technology and equipment, forging and pressing technology end equipment, welding technology and equipment, and etall. graphy and heat treatmento in addition, on the basis of the original power machinery teaching group, the department of power machinery was set up, having 3 disciplines : thermal electr

    1952年院系調整，更名為機械製造系，設機械製造工藝鑄造工藝及設備壓力加工工藝及設備焊接工藝及設備金相熱處理5個專業，並且由原動力組擴建成立了動力機械繫，正式設有熱力發電后改為鍋爐燃氣輪機汽車拖拉機3個專業。
  8. In addition this text puts forward one ' s own opinion on matrix equation according to theory of exergy analysis on thermaldynamic system of steam power plant

    同時本文依據火力發電廠熱力系統的實際運行狀況，對高壓加熱器停運后全廠熱經濟指標進行了分析。
  9. Directives of thermal instrumentation and control for turbo - generator in power plant

    火力發電廠汽輪發電機的熱工檢測控制技術導則
  10. Thermopower automation - vocabulary for fossil fired plant

    火力發電廠熱工自動化術語
  11. The code of the welding heat treatment for power plant

    火力發電廠焊接熱處理技術規程
  12. On the deep foundation that studies and understands thermaldynamic system of steam power plant, this text is to compare analytic theories and computation method constantly used at present on the economy of thermaldynamic system of steam power plant, calculate the influences on thermal economy with theory of equivalent enthalpy drop when high pressure heater is into stoppage, prove influences degree on thermal economy when the composition of heater stoppage is diffrent, define regenerator rate and offer theoretical direction for heater stoppage

    本文在對火力發電廠熱力系統深入學習、掌握的基礎上，對目前幾種常用的火力發電廠熱力系統經濟性分析理論和計算方法進行了比較，以等效焓降理論對高壓加熱器停運時熱經濟性的影響進行了計算，說明了高壓加熱器各種停運組合對熱經濟性的影響程度;提出了加熱器回熱率概念，從而為高壓加熱器切除提供了理論指導。
  13. To this end, apec should primarily use its own funds, as well as money provided by international organizations and financial institutions for specific projects

    我們在水利發電工程領域、在熱電站的熱力發電領域有很好的工作經驗。
  14. It is significant to improve thermal economics of power plant in ningxia area

    對提高寧夏地區熱力發電廠的熱經濟性具有指導意義。
  15. Studying the structure optimization of the operating unit thermodynamics system with the classic optimization method, using the theory of equivalent enthalpy drop and state equation

    利用等效熱降法理論以及熱力發電廠熱力系統經濟性狀態方程的理論，採用經典優化方法對運行機組的熱力系統進行結構優化。
  16. Simulating station boiler working in any performance situation is becoming more and more important to develop a training simulator of power plant because of that station boiler has complex structure, nonlinear and multi couple operational parameter

    在熱力發電廠培訓模擬機開發中，鍋爐系統由於結構復雜，非線性，多參數耦合的特點，對其全工況實時模擬的研究顯得尤為重要。
  17. The weiqiao pioneering group co., ltd is one of china ' s largest textile manufacturers. it is also involved in aluminum production and thermal electricity. the group employs about 170, 000 people

    魏橋創業集團是中國最大的紡織製造廠之一。集團也生產鋁及熱力發電，共有170000左右的員工。
  18. Project development ( certificated trade, waste disposal industry, alternative use of thermal power plants ) project development in the field of communication, engineering, tourism

    項目開發（貿易、廢物處置工業、熱力發電使用） 。通訊、工程，旅遊領域的項目發展。
  19. The paper designed a project of plant online load optimal distribution system, which could change the mode of load control between electric power distribution center and power plant. with the use of plant online load optimal distribution system, the power distribution center will not control each power unit directly ， but delieve instruction of load to plant online load optimal distribution system which shall assure each unit to operate more economically

    本文針對國內熱力發電廠負荷優化分配中存在的問題，提出了廠級在線負荷優化分配系統的設計方案。該系統的成功應用將改變現在電網總調對電廠負荷控制方式，總調不再直接控制機組，而是針對整個發電廠發出負荷指令，經在線負荷優化分配系統處理后，根據分析計算結果實現各機組的負荷最優分配。
  20. Thermoelectric generating set

    熱力發電機組
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