hot efficiency 中文意思是什麼

hot efficiency 解釋
熱效率
  • hot : adj 1 熱的 (opp cold)。2 (味道)刺激性的,辣的,辛辣的;【打獵】野獸的氣味強烈的;(色彩)強烈...
  • efficiency : n. 1. 功效。2. 效率;效能;實力,能力。3. 【物理學】性能。
  1. Sterilization ; hot air sterilizers ; efficiency testing

    消毒.熱空氣消毒器.有效性測試
  2. The garden is striving to create optimized soft environment for investment by way of constructing ramified communications network, beautified and optimized working and living environment with sincere service consciousness, substandtial working attitude and classic working efficiency to expedite each investor ' s development and prosperity in this hot land of xinqiao town

    園區以構築四通八達的交通網路,美化、優化的工作居住環境,以真誠的服務意識、務實的工作態度,一流的工作效能,努力營造優化投資軟環境,使各位投資者在新橋這塊熱土上謀發展,創造偉業。
  3. This paper introduces the long measure and research on the thermal environment of traditional residence in suzhou its result has some implication for house energy efficiency design in hot summer and cold winter zone

    該文對蘇州傳統居住建築的熱環境狀況進行了長期的測量研究,所得的結果時做好夏熱冬冷地區住宅建築的節能設計有一定的啟示。
  4. With design standard for energy efficiency of residential buildings in hot summer and cold winter zone carried into execution, energy efficiency in residential buildings becomes more necessitous

    《夏熱冬冷地區居住建築節能設計標準》的頒布實施,居住建築的節能日益緊迫。外窗是建築耗能的主要部位。
  5. It could intensify and control the hot coal gas to have stable combustion by regulating the physical mixed process of hot coal gas and combustion - supporting air. furthermore, it designs and develops the dgr type flame adjustable combustion equipment, suitable for the combustion of hot coal gas and it has the advantages of high combustion efficiency, high turndown ratio, safe and reliable operation. it has obtained the national patent

    可以通過調節熱煤氣與助燃空氣的物理混合過程來強化和控制熱煤氣的穩定燃燒,並設計研製了一套適于熱煤氣燃燒的dgr型火焰可調式燃燒裝置,燃燒效率高,調節比大,運行操作安全可靠,已獲得國家專利。
  6. First ehtv extended the region of ottv, it is the same with all weather condition, but ottv is used in hot zoon for air - condition. ehtv could calculate energy consume, but ottv is just a heat transfer value for not including air infiltration inner heat gain lighting energy efficiency ratio of equipments

    首先是擴大了指標的適用范圍, ottv主要是針對炎熱地區的空調節能指標, ehtv指標能適用於各種氣象條件,此外ehtv的能耗計算方法,解決了ottv指標不包括空氣滲透、採光、空調採暖設備等因素,不能直觀反映建築能耗的不足。
  7. Design and calculation of high efficiency amp; amp; energy saving hot - air furnace

    高效節能熱風爐設計與計算
  8. It firstly analyzes the gasification principle and process of coal in constant pressure moving - bed gas producer and the research on gasification process and control of technical condition proves that it is the most effective way to improve the quality of coal for gasification and quality of hot coal gas, enhance the gasification intensity and gasification efficiency of gas producer

    首先,分析了煤在常壓移動床式煤氣發生爐內的氣化原理和工藝過程。對氣化過程工藝條件控制的研究表明,提高氣化用煤的品質,是改善熱煤氣質量,提高煤氣發生爐的氣化強度和氣化效率的最有效途徑,並對氣化用煤的指標,提出了具體的要求。
  9. Hot water boilers for central heatings. conventional efficiency. measurement of boiler characteristics

    集中取暖熱水鍋爐.通常效能.鍋爐特性的測定
  10. Market efficiency become the most hot area for financial expert, since fama published his creative paper in 1971

    自從fama1971年開創性的論文發表以來,股票市場效率已成為對證券市場感興趣的理論研究者的一個突出課題。
  11. In the paper we mainly researched space gainp2 / gaas / ge high efficiency tandem cells " making process by home - made low pressure mocvd technology and new solar concentrators. firstly, we presented reseached and development of solar cells in china and foreign countries ; secondly, on the basis of fundamental priciples and theories, we discussed some factors of influcing conversion efficiency of solar cells, and analysed the i - v output feature of two - junction tandem cells ; then the design concept of gainp2 / gaas / ge two - junction tandem cells was discussed, the detailed aspects of gainp2 / gaas / ge tandem cells epitaxy growth by low pressure mocvd was studied, and some questions on epitaxy growth ( such as crystal qualities, interface stress, element interdiffusion, n - and p - type doping et all ) were solved ; after that, the cell fabrication process was described ; finally, we reseached the hot pressing and mould process technology of an arched line - focus fresnel lens made by pmma, designed and fixed new solar concentrators

    本文致力於用自製的低壓mocvd裝置進行cainp _ 2 / gaas / ge空間用高效級聯太陽能電池製作的工藝以及聚光太陽能電池組件的研究。首先,介紹了國內外太陽能電池的研究現狀及應用情況;其次,運用太陽能電池基本原理討論影響電池轉換效率的因素,分析了級聯電池的伏安特性;隨后,討論了cainp _ 2 / gaas / ge雙結級聯電池的結構設計理念,研究了採用低壓mocvd技術生長cainp _ 2 / gaas / ge級聯太陽電池材料的工藝過程,解決了異質材料生長的結晶質量、界面應力、材料互擴散以及材料n 、 p型摻雜等一系列問題;然後總結了級聯電池的后工藝製作;最後,研究了以pmma為材料的菲涅耳線聚焦透鏡的熱壓成型工藝及其模具的加工工藝,設計並安裝完成新型聚光太陽能電池組件。
  12. My company product is centering on " hot high technology superconductivity " technology mainly ", hot medium of superconductivity " is a formula technology from the medium introducing to abroad, my company jointly concentrating on studies and experiment many years passes with relevant expert, the calorific efficiency, boiler having raised a boiler rise going over quickly, energy conservation is very effective on it being applied successfully having been in a boiler

    我公司產品主要是以高科技「超導熱」技術為核心, 「超導熱介質」是從國外引進的介質配方技術,我公司會同有關專家經過多年的潛心研究和實驗,把它成功的應用在了鍋爐上,提高了鍋爐的熱效率,鍋爐升溫快節能效果顯著。
  13. The key items influent on the characteristics of spraying have been also studied in the dissertation, we can get a good spraying result by adjusting the related parameters efficiently. ( 3 ) the theoretical model of the dynamical parameters such as temperature, moisture, pressure and contour for hot medium and particle inside the drying chamber were obtained by model, utilized the computational fluid dynamics technique to solve the problem between spraying droplets medium by arranging the double grid dispersing structure and rotary outlet structure and the developed structure improved the drying efficiency and product quality

    ( 3 )採用-模型實現了壓力噴霧乾燥塔的溫度場、濕度場、流場的理論建模,利用計算流體力學( cfd )技術來解決噴霧乾燥過程中熱介質與霧滴間的傳熱傳質以及動量傳遞和湍流擾動等問題,避免了乾燥過程中的設計不合理狀況;通過增加雙格柵均風裝置和旋轉出風裝置,改善了乾燥塔內的熱質傳遞,提高了乾燥塔的體積蒸發強度。
  14. 14. the oven can take advantages of the hot wind, thats high efficiency

    14烘箱均實現二次回風,提高熱風利用效率。
  15. Four efficient ways of reforming hot - water boiler are introduced, the target of improving heat efficiency and saving energy power are achieved

    通過對熱水鍋爐實施綜合改造,可達到提高鍋爐熱效率和節約能源的目的。介紹了綜合改造的四個有效途徑。
  16. Abstract : four efficient ways of reforming hot - water boiler are introduced, the target of improving heat efficiency and saving energy power are achieved

    文摘:通過對熱水鍋爐實施綜合改造,可達到提高鍋爐熱效率和節約能源的目的。介紹了綜合改造的四個有效途徑。
  17. According to main weather types, this paper determines the criterion for choosing typical month of meteorological model used in buildings energy efficiency, and founds the procedures of annual meteorological model in hot summer and warm winter zone

    本文以深圳市為例,研究夏熱冬暖地區建築師用建築能耗計算方法。深圳市地處東南沿海,屬亞熱帶季風海洋性氣候,是夏熱冬暖地區的典型。
  18. Adopt far - infrared heating technology, with low hot loss, high efficiency, high precisely for control temperature, uniform heating. compared with drying cabinet or electric stove ; it can automatical control temperature, easy to operate, drying effect is very satisfied

    採用了遠紅外輻射加熱技術,與一般烘箱及熱處理用的箱式電爐相比較,具有熱損失小、效率高、控溫精度高,加熱均勻:能自動控溫、一時結束、操作方便等優點,可達到十分滿意的烘乾效果。
  19. Engine operating conditions cold be changed quickly and are very bad sometimes, such as : from suddenly cranking to driving in winter, acceleration to sudden torque demand. in the light of zero emission vehicles, in order to achieve better hot efficiency, maximum power, higher safety and best emission, engine controls become more and more difficult. automotive engines are typical nonlinear, time - delay, time - varying parameter systems

    汽車發動機使用環境變化大,使用條件有時非常惡劣,從寒冷的冬天突然啟動進入行駛狀態,行駛過程中的突然加速,急劇的扭矩變化等等,在這樣的條件下,為了使其熱效率、輸出功率、行駛性、安全性和排氣清潔性處于最佳狀態,給汽車發動機的控制帶來了極大的困難,特別是零排放汽車排放標準的提出,對發動機控制提出了更高的要求。
  20. Now design efficiency of common gas boiler can reach 90 percent or so, but various factors such as load, fuel quality, work condition and pressure which result in uncompleted burning of gas and excess air, decrease boiler hot efficiency and cause resources waste and environment pollution. considering these it is essential to adopt closed loop feedback control to boiler burning system

    現今,一般的燃氣鍋爐設計效率均能達到90 %左右,但在實際運行中,因負荷、燃料品質、工作環境、壓力、混合情況等因素的影響,往往造成燃氣不完全燃燒或空氣過量,使鍋爐熱效率降低,造成能源浪費與環境污染,在這樣一種背景下,有必要對其燃燒系統進行閉環反饋控制。
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