錳電池 的英文怎麼說
中文拼音 [měngdiànchí]
錳電池
英文
manganese cell-
Study on acidulation process of spent alkaline zinc manganese battery
廢堿錳電池焙燒乾粉酸解條件的研究Due to the excellent characteristic of high purity and fine particles, our in2o3 has been widely applies in many tradition
氫氧化銦粉末純度高粒度細。廣泛應用於有色玻璃陶瓷堿錳電池代汞緩蝕Its voltage, short circuit and resistance have not linear relation. and the temperature also affects its short circuit, when the temperature is higher, the short circuit is lower. when the battery is short joined directly, there is lots of heat in the battery to make the temperature be higher
堿錳電池是一種化學電源，其復雜的電化學性質使得其供電電壓、電流和內阻呈非線性關系，故而其短路電流值並不滿足歐姆定律，不僅和堿錳電池的開路電壓、內阻有關系，還和電池溫度有關系。So, we use a new method to measurement the battery ' s current index. we join a little resistance in the circuit, and use the loop current as the index for the shout current
包池短路電流的新方法：采地小電阻對電池放電進行電流值采樣，把此小電阻放電時的迴路電流值，作為堿錳電池的一項電流指標進行檢測。Zinc powder for mercury - free alkaline zinc - manganese dioxide battery
無汞堿性鋅-二氧化錳電池用鋅粉It use new materials that making the resistance of the battery less, and it also use the up - to - date technology, so that making the battery have such lodging characters. consequently, alkali - manganese battery will be using broadly in the future
堿錳電池是當代新型的高能電池，它具有容量大、放電時間長、放電電壓平穩等特點，故而是較高檔次又應用非常廣泛的化學電源。Production technology of mercury - free alkaline zn mno2 battery electrolytic mno
無汞堿錳電池用電解二氧化錳生產工藝Electrolytic manganese dioxide for mercury - free alkaline zinc - manganese dioxide battery
無汞堿性鋅-二氧化錳電池用電解二氧化錳Alkaline zinc manganese dioxide batteries have been paid much attention to because of high specific energy, specific power and low cost
高比能量和高比功率且價廉的堿性鋅錳電池倍受人們關注。Now, in the world, the batteries used in ev involve lead - acid batteries, li - ion batteries, znmh batteries, nige batteries and so on
流行的電動汽車動力電池主要是鉛酸電池、鋰離子電池、堿性鋅錳電池、鎳鎘電池等等。As for cathode of mercury - free alkaline zinc manganese - dioxide battery, mono - layer plating of in, zn, sn and double - layer plating of zn - in, sn - in, zn - sn was electroless deposited on the surface of current collector respectively
在堿性鋅錳電池負極銅集電體表面用化學方法分別沉積緻密的銦、鋅、錫單層和鋅銦、錫銦、鋅錫雙層。3. the various organic surfactants were adsorbed on the surface of the current collector. the dynamic hydrogen evolution experiment proved that the evolution hydrogen amount of current collector adsorbing organic surfactants was less than without them in 7. 0m koh solution with zinc power
在堿性鋅錳電池負極集電體上分別吸附不同的有機表面活性物質，用動態析氫實驗表徵，發現集電體表面吸附有機活性物質在含鋅膏的7 . 0m的氫氧化鉀溶液中的析氫量變小。The first one aims to survey the background of the research work. it comprises of the overview of the present status of chemical power sources, the introduction of zinc / mno _ 2 cell, the knowledge related to agcuo _ 2 、 ag _ 2cu _ 2o _ 3 、 cuo 、 cus and the introduction of nanosized materials and its preparation
第一章綜述了本論文的研究背景，包括化學電源及其現狀簡介、堿性鋅錳電池概述、 agcuo _ 2 、 ag _ 2cu _ 2o _ 3 、 cuo 、 cus的相關知識介紹以及納米材料及制備的概述。Determination of total manganese in manganese oxide from waste zinc - manganese batteries
廢舊鋅錳電池氧化錳粉中全錳的測定What are the advantages of li - polymer battery
堿錳電池是否真比鋅碳電池的放電時間長？The application of activated mno2 in zn mno2 batteries
活性二氧化錳在鋅錳電池中的應用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。Graphite for mercury - free alkaline zinc - manganese dioxide battery
無汞堿性鋅-二氧化錳電池用石墨Recycling zinc in waste zinc - manganese cells at vacuum
廢鋅錳電池中鋅的真空回收處理Study on manufacture manganese and zinc using waste zn - mn battery
乙炔炭黑在鋅錳電池中的應用分享友人