energy mix 中文意思是什麼

energy mix 解釋
混合能源;不同來源的能源混合使用
  • energy : n. 1. 干勁,活力。2. (語言、行為等的)生動。3. 〈pl. 〉 (個人的)精力;能力。4. 【物理學】能,能量。
  • mix : vt (mixed 〈古語〉mixt )1 混,混合,攙合;混合起來做。2 使結合;使結交,使交往。3 使(動物)雜...
  1. The plan is also intended to maximise the contribution from marine energy to scotland s energy mix by the year 2020

    年,能夠充分利用海洋能源,使其在蘇格蘭地區的能源種類中最大化地發揮作用。
  2. In the nature papers, he and his team reported that obese people have a different mix of gut microbes from that found in lean people ? a mix that is more efficient at unlocking energy from the food they consume

    他和他的小組在《自然》雜志中的兩篇論文中提到肥胖與苗條人士的腸道微生物群大不相同,肥胖的人體內的微生物能更高效地將宿主攝取食物中的能量釋放出來。
  3. The redox of v ( ) / v ( ), v ( ) / v ( ) couple on the graphite displayed one electron quasi - reversibility. it is proved that trace in3 +, sb3 + can inhibit cathodic hydrogen evolution during the charge process by increasing the hydro - gen overvoltage in addition that sb3 + is a stabilizing / kinetic enhancing ion. during the charge / discharge process, cross - mix and self - discharge rarely happened. the maximal energy density of the lab - level vanadium battery is 21 wh / kg. the capacity efficiency of the lab - level vanadium battery is as high as 94. 7 %

    釩電池充電末期,會發生水的電解反應,痕量銦離子的加入提高了析氫過電位,抑制了充電過程中負極氫氣的析出;銻離子的加入不僅可以抑制氫氣的析出,還提高了正極反應速率,增強了正極表面的穩定性。實驗中得到的最高質量比能量為21wh / kg ,充放電過程中僅有極少的交叉混合和自放電發生,自製釩電池的容量效率可高達94 . 7 %
  4. Jingdu complex compound ultra energy conservation drum wind stove and infrared super energy conservation natural wind stove absorbs old style commercial drum wind stove and natural wind type stoves advantages using moderized science and technology and war industry technology atmosphere mix preheating lutra rich oxygen smells raging fire type mechanism of combustion dffective innovation, development, development one kond new high, energy conservation, environmental protection product makes the average thermal efficiency to enhance the limit, energy - saving up to 35 % - 50 %, had achieved truly the firepower fierce, does not have the cartion deposition highly effective the energy conservation the environmental protection ideal effect

    京都綜合體超節能鼓風灶和紅外線超節能自然風灶是在原有老式商用鼓風和自然風灶具的基礎上吸收兩者的優點,運用現代化科學技術和軍工技術,風氣混合預熱超富氧嗅烈火式燃燒原理大膽進行創新,科研,開發的一種新型高效,節能,環保產品,使其平均熱效率提高到極限,節能,節氣率高達35 % - 50 % ,真正達到了火力猛,無積碳,高效,節能,環保的理想效果。
  5. The import material and modern craft art of this product adoption connect to match but become, environmental protection, economy energy, safety enduring, have monochrome ( red, yellow, green, blue, white ) and mix a color and change countenance, is the best product that festival and the city night ching - mei turn

    本產品採用進口材料與現代工藝美術相接合而成,環保、節能、安全耐用,有單色(紅、黃、綠、藍、白) 、混色和變色,是節日和城市夜景美化的最佳產品。
  6. One pair of iow plastification systems of senior one, energy - efficient, mix and smelt outstandingly

    雙高一低的塑化系統,高效節能,混煉出色。
  7. We adjusted the trade mix by improving policies concerning export tax rebates, tariffs and processing trade and by controlling the export of products whose manufacture is highly energy consuming or highly polluting

    完善出口退稅關稅和加工貿易政策,控制高耗能高污染產品出口積極增加進口。優化利用外資結構,擴大銀行分銷電信等服務業對外開放。
  8. Coal will continue to be important in the energy mix around the world, including in fast - growing economies

    煤炭仍將是世界能源供應中的重要組成部分,這包括經濟快速增長的國家。
  9. The paper through making marshall and the wheel rut test sample joining the fiber in the asphalt concrete, carries on a series of experiments and studied the asphalt concrete to mix the textile fiber by the marshall stability, the water stability, the high temperature stability, the low temperature crack resistance energy, and carries on the contrast analysis to the ordinary dense gradation asphalt concrete of the performance

    摘要通過將纖維加人瀝青混凝土中製成馬歇爾和車轍試件,進行一系列的試驗,研究瀝青混凝土摻纖維后的馬歇爾穩定度、水穩定性、高溫穩定性、低溫抗裂性能,並與普通密級配瀝青混凝土進行路用性能的對比分析。
  10. This thesis is mainly centered on the following two research aspects : 1 ) synthesizing six kinds of porphyrins containing different functional groups and applying them to analytical chemistry respectively. based on the principle of energy transfer, a series of optical chemical sensors have been developed and applied to food examination, environment monitoring by detecting inorganic ions, inorganic neutral molecules and toxic organic neutral molecules. 2 ) improving the electric circuit of pqc sensors, then designing and assembling pqc sensor array, which has been used to examine the mix gases

    基於以上目標,本論文主要完成了兩方面的研究工作: 1 )合成並表徵了6種不同的卟啉化合物,並把它們分別應用到分析化學方面,以能量轉移原理研製了一系列光化學傳感器,檢測了重要的無機離子、無機中性分子和有機中性分子,應用領域涉及了食品檢驗、環境監測等方面; 2 )改進了壓電傳感器電路,採用優化電路設計並組裝了壓電傳感器陣列,同時進行了多組分的檢測。
  11. This paper defined the immediate target of " energy consumption for work process surpassing the internationally advanced level, and establishment of a batch of pollution - free factories " for steel industry. centering on the means such as gradually rooting out the pollution sources, process control and necessary end treatment, this section introduced the environment - friendly energy - saving and environmental protection that the steel industry gives priority to. proposes the specific measures for promoting clean production within anyang iron and steel plant, based on summarization for the production practices adopted by anyang iron and steel plant as well as the favorable conditions enjoyed by anyang iron and steel plant su ch as product mix adjustment and equipment upgrading

    本文在詳細總結了我國鋼鐵工業實行清潔生產所取得的成績基礎上,認真分析了實行清潔生產中存在的問題,闡述了實行清潔生產的有利條件,明確了鋼鐵工業「工序能耗趕超國際先進水平,建立一批清潔工廠」的近期目標,並圍繞實行清潔生產中的源頭消減、過程中控制和必要的末端治理等途徑,介紹了鋼鐵工業應重點實施的綠色節能、環保技術,總結了安鋼清潔生產實踐,結合安鋼產品結構調整、裝備水平升級的有利時機,提出了推進安鋼清潔生產的具體思路。
  12. For this reason the chinese government has identified lng as a priority source of china s future energy needs and plans to increase the use of natural gas from the current three per cent of the primary fuel mix to six per cent by 2010 and 10 per cent by 2020

    由於這一原因,中國政府將液化天然氣做為中國未來能源需求的首選來源,並計劃將天然氣的用量從目前占燃料總量3 %的比例增加到2010年的6 %和2020年的10 %
  13. For this reason , the chinese government has identified lng as a priority source of china ' s future energy needs , and plans to increase the use of natural gas from the current three per cent of the primary fuel mix to six per cent by 2010 , and 10 per cent by 2020

    由於這一原因,中國政府將液化天然氣做為中國未來能源需求的首選來源,並計劃將天然氣的用量從目前占燃料總量3 %的比例增加到2010年的6 %和2020年的10 %
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