anode battery 中文意思是什麼
anode battery
解釋
板極電池-
As a part of zinc air battery, air electrode has become the key factor to the character of zinc - air battery, because of the stagnancy of the zinc electrode which is the anode electrode in the battery
空氣電極作為鋅空氣電池中的一部分，在鋅電極的研究幾乎進入停滯階段的現在，現已成為決定整個鋅空氣電池性能的關鍵。 -
Structure and performance of lithium battery anode material li4ti5o
12的結構和性能 -
Study on the preparation of layered lithium manganate used as anode material of li - ion battery
鋰離子蓄電池正極材料層狀錳酸鋰的制備研究 -
A lot of experiments have been done in the process of exploiture soft packaging li - ion battery about how to choice the rational arts and crafts. the content include : how to deal with the collector, add how much pvdf in the material, how long the material need to stirring and the right viscidity, how much condubtivity agent the electrode need, what theckness is best, choice different collectors, the degree of dryness of the electrode, theckness of pressed model, how much electrolyte will be added, placement how long after added the electrolyte, system of formation how to influnce the battery, in formation the battery need or not need preesure from outside, how to vacuumize and the optimize matching positive pole and negative pole. with these practice make sure the parameter of the positive pole should less than 90 m ; according to different vacuumize order the conduc - tivity agent in anode will be 5mass % and 9mass %, respectively, and in cathode the data is 2mass % ; every 100mah added to 0. 4 ml electrolyte ; before formation the battery should be placement 8 hours and the system of formation must be less than 0. 01c before the voltage reach to 3. 0v ; should press in outside when battery in formation ; to these batteries which capacity more than 350mah the vacuum time not excess 15s ; the optimize matching positive pole and negative pole between 2. 10 : 1 and 2. 15 : 1. finally make out the battery which cycling performance and security are all very well
液態軟包裝鋰離子電池的研究主要是對關鍵工藝進行了優化設計，具體包括:集流體的處理、 pvdf的加入量、漿料攪拌時間和粘度、導電劑的加入量、電極膜的厚度、不同集流體的選擇、電極膜的乾燥程度、壓型的厚度、電解液的加入量、注入電解液后靜置時間的長短、化成制度的影響、化成時電池所具有的壓力影響、抽真空的處理、正負極活性物質的匹配。最後確定出液態軟包裝鋰離子電池最佳工藝參數:正極膜的厚度小於90 m ;根據化成時不同抽真空順序，確定正極膜中的導電劑的加入量分別為5mass %和9mass % ;負極膜中導電劑的加入量為2mass % ;電解液的加入量為每100mah添加0 . 4ml ;化成前電池的靜置時間應當大於8h ;電池在3 . 0v之前採用小於0 . 01c的化成制度;在化成過程中應當施加一定的外部壓力;對於350mah的電池抽真空的延時不應大於15s ;而正負極活性物質的質量比應當在2 . 1 : 1 2 . 15 : 1之間。 -
Recent studies on anode materials for lithium ion secondary battery are reviewed
綜述了最近幾年來鋰離子二次電池負極材料的研究。 -
Lithium metal is one of the electrode materials those have the highest specific mass energy, and the lithium secondary battery with lithium metal anode always attracts people ’ s attentions. whileas, before the commodity of lithium secondary battery, it is the dissatisfactory cycleability and safety of lithium metal anode that must be resolved firstly
金屬鋰是目前已知的質量比能量最高的電極材料之一，以金屬鋰作為負極材料的鋰二次電池長期受到人們的關注，但在其商品化之前，必須解決金屬鋰負極在循環性能和安全性能上的不足。 -
The other was to research new li - al solid solution alloy material and use it as anode in lithium battery. by the trace alloy component, aluminum, doping in lithium metal, it was hoped to improve the sei film stability of lithium / electrolyte interface and consequentially enhance the performances of lithium anode. meanwhile, different form the previously studied lial alloy that had very high content of aluminum, such alloy should not decrease the mass specific energy and electrochemical potential of lithium electrode
方法二:研究新型鋰鋁固溶體合金材料並將其應用於鋰二次電池中，通過微量合金成份鋁的摻雜提高鋰電極/電解質界面sei膜的穩定性，進而提高鋰負極性能;而該合金不會像以往高鋁含量的鋰鋁合金那樣降低鋰電極的質量比能量和電化學反應電勢。 -
We have made three - dimension electric conduct grid by hand and we have successfully used it as anode grid in lead - acid battery. this kind of three - dimension electric conduct grid can improve the utilization of pam by 7 - 9 % in different discharge current density and can reduce the plate electrochemical impedance to one tenth of the normal plate. also this kind of grid can improve the marginal reaction current density in a certain degree
我們通過手工製作了三維導電體板柵，並成功的應用於電池的正極作為正極的板柵，這種三維導電體板柵能夠在各種不同的放電電流密度下提高正極活性物質利用率7 9 ，能夠使電池正極板的電化學阻抗降低到普通板柵的1 10左右，使正極板的極哈爾濱j _程大學碩十學位論文限反應電流密度略有所提高，但是這種板柵的耐腐蝕性能很不理想，使得所製作電池的壽命很短。 -
The present studies have proved that the most important factor which influences the performances of lithium metal anode in battery is the solid electrolyte interphase interface - film ( sei film ) on lithium anode. and how to make lithium metal anode have a sei film with favorable composition and stable configuration, or make the sei film have better stability, is the key to improve the electrochemistry performances of lithium metal anode in lithium secondary battery
已有的研究證明:影響金屬鋰負極在電池中性能的主要因素是其表面的固體電解質中間相界面膜（ sei膜）的性能;如何使鋰金屬電極表面具有組成良好、結構穩定的sei膜，或者使鋰電極表面sei膜能夠更好的「穩定化」 ，是提高鋰二次電池中鋰金屬負極電化學性能的關鍵。 -
Measurement in cobalt of ni - cd battery anode praegnating solution by air - c2h2 atomic absorption spectrometry
2原子吸收光譜法測定鎘鎳電池正極浸漬液中鈷含量 -
Studies of non - stoichiometric complexs li3 - xmxn for lithium ion battery anode materials
非化學計量氮化鋰基鋰離子電池陽極材料研究 -
On the other hand, there is abundant of rare earth in our country that can be used as storing hydrogen materials. therefore, it is considered that zn anode is replaced by mh electrode in alkaline manganese battery to improve its performance
由於稀土元素可以作為貯氫電極的材料，且我國的稀土資源豐富，因此考慮以mh電極代替堿錳電池中的zn電極，以提高其性能 -
To prevent it short out, should not touch the anode and cathod of the 346970 - 001 battery by the l implementses ( such as necklace )
為防止短路，不可使用金屬器物（如項鏈等）觸及電池「 + 」極和「 - 」極端子。 -
To prevent it short out, should not touch the anode and cathod of the 346970 - 001 battery by the metal implementses ( such as necklace )
為防止短路，不可使用金屬器物（如項鏈等）觸及電池「 + 」極和「 - 」極端子。 -
When proper amount of tetraethyl ammonium bromide is added to anode, specific energy of the battery could go up to 46. 8wh / kg
當在電池的正極中添加適量的含四乙基溴化銨的混合添加劑時，電池的比能量高達46 . 8wh kg 。 -
A disposable battery consists of two electrodes, an anode and a cathode, bathed in an electrolyte solution
拋棄式電池有兩個電極，分別是陽極和陰極，都浸泡在電解質溶液中。 -
The aqueous lithium - ion secondary battery could be possible in theory if cathode and anode materials that are all stable in aqueous solution can be found
理論分析表明只要選擇合適的電極材料，水溶液鋰離子蓄電池完全可行。 -
Respectively proceeding with bromine complexing agent of anode, modified membrane and electrolytic additive of cathode, mainly referring to specific power of battery, ratio of self - discharge and zinc dendrite, this paper has studied the influences of different anode additive and modified membrane on specific energy of battery by means of charge and discharge curves, and the influences of electrolytic additive ( nh4 +, op - 10, tx - 10 and dodecyl trimethyl ammonium bromide ) on zinc dendrite by means of current - time curve and microscopic morphology observation
本文分別從正極溴絡合劑、隔膜改性和負極的電解液添加劑入手，以電池的比能量、自放電率以及鋅枝晶生長情況為主要的性能指標，用電池充放電曲線等方法研究不同正極添加劑和隔膜改性對電池比能量的影響；用電流-時間曲線以及微觀形貌觀察等方法研究電解液添加劑（ nh _ 4 ~ + 、 op - 10 、 tx - 10以及十二烷基三甲基溴化銨）對鋅枝晶生長的影響。 -
Abstract : in this paper, the material requirements of li - ion rechargeable bettery, the deve - lopment and production status of the intercalated - li anode material, the intercalated - li ca - thode compound and li - containning electrolytes, the world - leading producers of li - ion rechargeable battery and its potential applications in microelectronics and electric automobiles are reviewed, and the market requirement for lithium carbonate is also forecasted
文摘:綜述了鋰離子二次電池對材料的要求，嵌鋰陽極材料、嵌鋰陰極化合物、含鋰電解質的開發和生產現狀，世界鋰離子二次電池主要生產廠家及其規模，在微電子和電動車中的應用潛力.對碳酸鋰的需求進行了預測 -
Carbonaceous materials are currently used as anode materials in commercial lithium ion batteries. the need for smaller and lighter battery products promotes the search for new anode materials. tin and tin - based alloys are promising materials to replace carbonaceous materials in lithium ion batteries
便攜式電子設備的發展和信息化技術的需求對鋰離子電池提出了更高的要求，目前鋰離子電池商品化的負極材料主要是碳材料，其理論比容量較低，因而迫切需要研究新型鋰離子電池負極材料，其中錫與錫合金是很有希望取代碳負極材料的備選材料之一。
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