電池放電 的英文怎麼說

中文拼音 [diànchífàngdiàn]
電池放電 英文
battery discharge
  • 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...
  • 池 : 名詞1 （池塘） pool; pond 2 （旁邊高中間窪的地方） an enclosed space with raised sides 3 （舊指劇...
  • 放 : releaseset freelet go
  • 電池 : [電學] cell; battery; element; electric battery
  • 放電 : [物理學] （electric） discharge; electro-discharge; discharging
  1. The discharging capacity of single aluminum / air battery was over 40ah with 4a, and the output power of aluminum / air battery pack was as high as 110w

    鋁空氣單電池，恆流4a放電，放電容量超過40ah ；鋁空氣電池組的最大輸出功率超過110瓦。
  2. Because of its steady performance, much more sources of raw material and low cost, the study and development of zinc - air battery are always paid more attention

    鋅空氣電池因其具有性能穩定、比能量高、放電電流大、原材料來源廣泛、成本低廉等優點一直受到廣泛重視。
  3. Presently, the world largest scale and most influential brand meeting : 2004 international vehicle maintenance equipment exhibition attracts exhibiters from more than 100 countries and regions in the world to participate the conference in german frankfort. zonda auto group, the leader in chinese maintenance trade, introduced the new product which behalf the international advanced technology, such as paint equipment, became the spot light on the exhibition. the new product zd - 900 of zonda is a new - type of energy - conserving product, adopt international advanced technical, the heat system which the core parts of the product meet the high level demand

    車輛行駛時，可利用富餘功率給電池充電，無需停車充電，也不必增加充電站該車每100公里油耗僅22 . 4升，比同等噸位的燃油汽車節油30 % ，加滿一箱油可行駛650公里尾氣排放達到了歐標準維修費用僅為燃油車的1 3該車在國家汽車質量檢測中心通過了54項強制性試驗，下線后已行駛1 . 7萬公里，表現出了良好的安全性能。
  4. In another trial, laboratory technicians bake the batteries in an oven to simulate the effects of a digital device left in a closed car on a sweltering day ? to check the reaction of the chemicals inside

    在另一場測試中，實驗室的技術員把電池放在烤箱里來模擬酷熱天氣下轎車里的設備環境，以此來檢查電池內部反應。
  5. Organic sulfides are to be oxidised to form polymers containing s - s bonds as charging, and polymers will be reduced to their low molecular monomer as discharging

    這類物質在電池充電時，被氧化為含有s - s鍵的聚合物;在電池放電時， s - s鍵斷裂，聚合物被還原為低分子量的有機硫化合物單體。
  6. Based on a number of charging and discharging experiments, a thought is put forward that the polarization may be detected according to the terminal voltages at charging, terminal voltage at the short pause, and the soc ( state of charge ) ; the depolarization by momentary discharge according to the reference of optimal curve

    在論文撰寫過程中，作者主要進行了如下方面的研究： -對鉛酸蓄電池的電化學機理進行充分研究，並在大量充放電實驗的基礎上，提出了依據蓄電池充電時和停充瞬間的端電壓和蓄電池荷電狀態檢測蓄電池極化狀況的思想。 -依據最佳曲線給定，採取瞬間放電減少極化。
  7. The results show : la2o3, ceo2, nd2o3 is applicable for the additives of mh electrode because of the good comprehensive performance of the negative especially during the high rate discharge phase ; y2o3 is not fit as an additive for mh electrode ; the ceo2 content in negative has great effects on the performance during the high rate discharge phase and 2 % ( mass percentage ) is the best one, furthermore, the improvement of purity of ceo2 is beneficial to the comprehensive performance ; the mixture of coo and ceo2 as a additive is more suitable for mh electrode during the high rate discharge phase whose properties are better than that of addition of coo and ceo2 respectively

    研究表明， mh電極中添加la _ 2o _ 3 、 ceo _ 2 、 nd _ 2o _ 3顯著提高了電極電化學綜合性能，尤其是大電流放電性能，適宜作大電流放電下電池負極的添加劑； y _ 2o _ 3不適宜作負極添加劑； ceo _ 2添加量對大電流放電性能影響較大， ceo _ 2的適宜添加量2wt ；提高ceo _ 2純度能改善mh電極電化學綜合性能。 mh電極中添加coo 、 ceo _ 2復合添加劑后電極綜合性能比單獨添加coo和ceo _ 2更優良，適宜作大電流放電下電池負極的添加劑。
  8. 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 %
  9. This method has three merits : first, reduce the harm to the battery ; second, this current is stable ; the last, the current may represent the battery ' s current function better. in order to study this problem, we design a install to make lots of experiments to prove this result. the install can use in the factory as a automation instrument if it be perfected

    此方法和原有方法比較有三大憂點：一是減少了直接短路時大電流放電對電池的損傷：二是此迴路電流值穩定存在，可以對其進行比較準確的測量：三是此電流值更能代表堿錳電池實際工作時的放電性能c為了本研究的順利實施，本課題提出了一個堿錳電池四參數檢測的實驗平臺，做到對電池的開路電壓、負載電壓、電流指標、電池重量四參數的檢測。
  10. To shorten charging time and improve charging efficiency, the circuit can change the charging electric current automatically according to real time voltage of the battery, and dispel the polarization phenomenon by narrowing pulse discharge in the whole course

    該電路可根據蓄電池端電壓自動改變充電電流大小，並通過全程窄脈沖放電消除了充電過程中的極化現象，縮短了充電時間，提高了充電效率。
  11. Never put a battery into water or seawater

    29不要將電池放入水中或海水中
  12. With the mathematics models of the lithium ion battery and ac motor, the approach and magnitude of energy consume of the whole vehicle are analyzed under the conventional theory of automobile in this paper. at the same time, the relation between the energy consume and the charge and discharge voltage and current of the battery, as well as that between the energy consume and the voltage and current of the motor stator are made clear on the basis of ece drive mode

    文章從傳統的汽車理論出發，結合鋰離子動力電池和電機的數學模型，分析了純電動汽車整車的能量消耗途徑和大小；基於歐洲ece循環驅動模式，建立了純電動汽車的功率消耗與電池的充放電電壓、電流以及電機定子電壓、電流之間的關系，並在此基礎上分析了純電動汽車的續駛里程和制動能量的回收問題。
  13. Aim at the requiring of transverse task of the power supply system by solar energy of baxian ding, qin huang dao, after synthesizing numerous data home and abroad the distant monitoring system that composed with the ibm - pc computer and 80c31 single - chip microcomputer has been designed. the idiographic content as follows : ( 1 ) the controller of electrification and discharging is the optical set in the power supply system by solar energy

    本文根據「秦皇島八仙頂太陽能供電系統」技術要求，在查閱大量國內外相關資料的基礎上，開發了由ibm - pc機與80c31單片機組成的「微波中繼站太陽能供電遠程監控系統」 ，具體內容如下： （ 1 ）在太陽電池供電系統中，充放電控制器是一個關鍵設備。
  14. The interface of electrode / electrolyte exists solid electrolyte interphase ( sei film ) in the lithium - ion batteries. the film has important influence on the safety, self - discharge, capability, low temperature performance, coulombic efficiency and the irreversible capacity of the lithium - ion batteries

    在鋰離子電池中，電極/電解液界面存在的sei膜對鋰離子電池的安全性能、自放電、容量、低溫性能、庫侖效率、循環性能和不可逆容量有重要影響。
  15. Through mass polymerization and temperature elevating or the reaction time increase will improve the discharge capacity ( 90mah / g at first cycle ) and cycle performance ( discharge capacity of 75mah / g at 15th cycle ) of the battery

    採用本體聚合併適當提高聚合的溫度或延長聚合時間可以提高電池放電容量（首次90mah / g ）和改善電池的循環性能（ 15次循環後放電容量約75mah / g ） 。
  16. High discharge current performance of lithium ion bettery is introduced

    摘要研究了鋰離子電池大電流放電性能。
  17. Besides, researches and designs of the electrode and the battery were proposed for the high discharge current lithium ion battery

    並針對大電流放電鋰離子電池提出了電極及電池設計研究方向。
  18. Insert four new aa - size alkaline batteries and make sure that the + and ? on the batteries are aligned according to the polarity diagram inside the battery holder

    插入4節新的aa型堿性電池，使電池的正負極按電池架極性指示方向放入。
  19. Optimization of prescription especially additives, conductors and binders of the negative is an efficient and economical approach to improve the performances of ni / mh battery during the high rate discharge phase, but till now the related studies are not enough

    優化mh電極配方，特別是添加劑、導電劑和粘結劑是快速提高電池大電流放電性能的一個有效和經濟的途徑，而這方面的研究還比較少。
  20. Some new materials was summarized and diffusion performance of the lithium ion, particle distribution, grain size, and specific surface area, etc, were analyzed

    討論了最新的材料研究進展，分析了鋰離子在活性材料中的擴散性能、電極材料粒度分佈及粒徑大小、比表面積等因素對鋰離子電池大電流放電性能的影響。
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