貯能 的英文怎麼說

中文拼音 [néng]
貯能 英文
accumulation of energy
  • 貯 : 動詞（儲存; 積存） store; save; hoard; lay aside
  • 能 : 能名詞（姓氏） a surname
  1. This article choosed out organic phase change materials, and, the solid - liquid - equilibrium of eleven binary system including fatty alcohol / fatty acid, n - octadecane / fatty acid, n - octadecane / fatty alcohol system were determined by cooling curve, and, t - x phase diagrams of these systems were drawn. the result shows that all these systems are simple eutectic, at the same time, the entropy of phase change of every system in the eutectic point is determined by using differential scanning calorimetry ( dsc ). and n - octadecane / fatty acid systems were calculated theoretically

    本文初選出部分有機相變貯能材料，採用步冷曲線法測定了12醇-羧酸系列、 18烷-羧酸系列、 18烷- 12醇體系共11組體系的二元固液相平衡關系，繪制了這11組體系的t - x相圖，測定結果表明，這幾組體系均為簡單低共熔體系；同時利用差熱掃描量熱法（ dsc ）對上面各組體系低共熔點處的相變焓進行了測定；並對18烷-羧酸系列進行了熱力學理論預測。
  2. Used in storing energy of electric welder and ups, air conditioners etc

    適用於電焊機貯能， ups不間斷電源，空調逆變器等電子設備中
  3. Development on microcomputer controllerfor condenser discharge seam welder

    電容貯能縫焊機微機控制器研製
  4. Fasteners. weldingstuds by condensor discharge. symbol sd

    緊固件.電容貯能接觸焊接螺柱.符號sd
  5. The result shows the conductivity factor of organic phase change materials was heightened, the temperature of phase change was changeless, and, the entropy of phase change was reduced after adding these additives

    結果表明，加入上述添加物后，有機相變貯能材料體系的導熱系數能有效地提高，相變溫度幾乎沒有改變，相變焓會有所下降。
  6. Because of the small conductivity factor of organic phase change materials, all kinds of copper grids, gas sio2 and organic bentonite were added to organic phase change materials in order to heighten its conductivity factor. the conductivity factors were maesured by using time - temperature curve and comparison curve, and, the conductivity factor curves were drawn. at the same time, the entropy of phase change of every system was determined by using dsc

    針對有機相變貯能材料導熱系數小的缺點，採取在其中添加各種形狀的銅網格、氣相sio _ 2和有機膨潤土的方法來改善體系的導熱性能，利用時間-溫度曲線法和比較法兩種方法測定體系的導熱系數，並且繪制了體系導熱系數的變化曲線；同時利用dsc對上面部分體系的相變焓進行了測定。
  7. According to the experimental result, by introducing pcms to the building, the temperature fluctuation was buffered and the time of indoor comfort temperature was prolonged, at the same time, the energy storage course of pcms has reversibility and continuity

    實驗結果說明，相變材料的加入可減緩溫度波動、延長室內舒適溫度時間，同時說明，相變材料的貯能過程具有可逆性和連續性。
  8. But conductivity factor of the organic phase change materials is very small, which limits its progress and use, and, becomes " bottleneck problem " of its use wide - rangingly

    但是有機相變貯能材料導熱系數小這一缺點嚴重限制它的發展和應用，成為其能否廣泛實際應用的「瓶頸」問題。
  9. Through the study, the phase change materials on residential storing energy was obtained whose melt point is 16 - 28 c and heat of transformation reach or exceed 180j / g

    通過研究確定出可用於建築節能的相變貯能材料，其相變點在16 28 ，相變熱達到或超過180j g 。
  10. In the course of phase transformation because phase change materials ( pcms ) have got a great deal of energy storage and release, save energy, and approve actual effect of utilization, pcms will be widely applied in the saving energy fields including the building, solar energy, exhaust heat, exhaust cool and so on

    由於相變貯能材料在其物相變化過程中有大量能量的吸收和釋放，可對能量進行貯存，並增加能量利用的實效性，因此在建築、太陽能、廢熱、廢冷等節能領域中有著廣闊的前景。
  11. With the development of the embedded technology and the lower price of the hardware, the storage ability of the embedded system improve rapidly. there ' re so many complicated data resources need to be manage that the importance of the embedded file system become more and more prominent

    隨著嵌入式技術的發展，硬體設備的價格下降，嵌入式系統存貯能力迅速提高，應用中出現越來越復雜的數據資源需要管理，因此嵌入式文件系統的重要性顯得更加突出。
  12. Stored - energy function

    貯能函數
  13. Because of the difference of density, the particle with big conductivity factor will subside in the organic phase change materials, so the orginic phase change materials were solided. the best technology was determined, which the solidation fatty alcohol was made by two steps, the solidation temperature is at 80, and the proportion of fatty alcohol : fatty acid : sodium hydroxide is 96 : 3 : 1

    由於密度差的存在，高導熱系數粒子在有機相變貯能材料中會產生沉降，為了克服這一現象，對有機相變貯能材料進行了固化研究，確定了制備固化十二醇的最佳工藝條件，即採取兩步法、固化溫度為80 、添加比例為十二醇：硬脂酸：氫氧化鈉= 96 ： 3 ： 1 （質量比） 。
  14. In order to shift the peak heating and cooling loads to off - peak hours, chinese government has carried out the " peak and off - peak price " policy and research about lhtes is gradually becoming a new focus again

    已經出臺的旨在利用「削峰填谷」緩解電網負荷峰谷差過大的峰谷電價分時計價制已使相變貯能成為研究和應用熱點。
  15. Since energy crisis occurred in 1970 ' s, latent heat thermal energy storage ( lhtes ) has gained more attention than before due to its being the key element to accomplish energy recovery and utilization of solar energy, industrial waste heat and off peak electricity. compared with developed countries, in this area, china still has a long way to go

    自上個世紀70年代能源危機以來，相變貯能的理論與應用研究在世界發達國家迅速崛起並得到不斷發展，其研究和應用涉及材料科學、太陽能、工程熱物理、空調和採暖及工業廢熱利用等領域。
  16. The preparation and the property of energy storage of the composite phase change materials for energy storage of polyalcohols were studied

    另對多元醇蒙脫土復合貯能材料的制備方法及貯能性能也進行了研究。
  17. At first the background and significance of the work are mainly introduced, as well as the concept and type of thermal storage. then the thermal performance of the unit is measured and heat transfer characteristics of melting process of stearic acid is studied under different heat flux conditions to determine the influence of heat flux on the melting process

    首先主要說明了課題研究的背景和意義、介紹了貯能技術的概念與分類，國內外相變蓄熱研究的進展與狀況；其次對第二類邊界條件下環形區域內硬脂酸融化問題進行了實驗研究。
  18. Matrix converter is an " all silicon " power converter with an advanced circuit topology. it permits frequency conversion in a single - stage processing without the need of large reactive energy storage components, such as dc capacitor

    =矩陣式變換器是一種先進拓撲結構的「全硅」功率變換器，它允許頻率單級變換，無需大容量的貯能元件。
  19. The structural and chemical analyses of a kind of shape - stabilized paraffin

    一種定形相變貯能材料的制備
  20. In this paper, the preparation, structure and property of organo / monmorillonite composite materials for energy storage were researched

    本文對有機蒙脫土復合貯能材料的制備方法、結構及性能進行了研究。
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