- 更多网络例句与锰尖晶石相关的网络例句 [注：此内容来源于网络，仅供参考]
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The reasons of the capacity attenuation have primarily to accompany with the Li~+ ion embedding material on discharge process the effect of Jahn-Teller of the occurrence, the deliquescence of the cathode manganese in the material and the decomposition of the electrolyte.
在锂离子电池众多的正极材料中，尖晶石型LiMn_2O_4化合物，由于其原材料资源丰富，价格低，环境污染小，合成工艺简单，成为最有希望取代LiCoO_2的材料，但LiMn_2O_4存在容量衰减大，循环寿命短等问题，阻碍了其商品化应用；容量衰减的原因主要有在放电过程中伴随着Li~+离子嵌入发生的Jahn-Teller效应，正极材(来源：AacBCbd论4b文网www.abclunwen.com)料中的锰的溶解和电解液的分解。
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Li2CO3 could greatly surpress the production of hydro fluoric acid in electrolyte solution even at elevated temperatures. With the increase of Li2CO3 ratio in electrolyte solution, the HF contents decreased.
使用6 Ah尖晶石锰酸锂铝塑膜电池，测试了含有添加剂Li2CO3的电解液的高温(55 ℃)循环性能，并与常规电解液进行了对比。
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Recently, a new layered LiMnO2 which has higher capacity than spinel LiMn2O4, has become the hot topic of cathode of lithium-ion batteries.
最近，具有比尖晶石型的锂锰氧化物更高理论容量的层状结构的LiMnO2，成为当前的研究热点。
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Recently, a new layered LiMnO2 which have more high capacity than spinel LiMNO2, has become the hot topic of cathode of lithium-ion batteries.
最近，具有比尖晶石型的锂锰氧化物更高理论容量的层状结构的LiMnO_2，成为当前的研究热点。
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On the base of reviewing the development of lithium ion battery and its cathode materials in detail, spinel LiMn〓O〓 and layered LiMnO〓 were chosen and their synthesis and modification were studied.
本文在详细评述了锂离子电池及其正极材料研究进展的基础上，选取锰系材料中最稳定的尖晶石LiMn〓O〓和目前容量最高的层状LiMnO〓为研究对象，对其合成和改性进行了详细研究。
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The main content of this thesis includes: studies on the preparation, surface-modification mechanism and electrochemical performance improvement of spinel LiMn〓O〓; Preparation and properties of 5V cathode materials 〓; Physical properties and electrochemical performance studies on layered 〓 for lithium ion batteries.
本论文的主要研究内容包括：正尖晶石LiMn〓O〓的制备、表面修饰改性机理以及电化学性能的改善；具有正尖晶石结构的5伏正极材料〓的合成与性能探索；具有层状结构的镍锰基化合物〓的物理性质与其作为锂离子电池正极材料的电化学性能以及该材料的产业化探索。
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Capacity fade is an obstacle to commercialize the lithium manganese oxide spinel. Unwanted side reactions due to active material dissolution, electrolyte decomposition, passive film formation, and other phenomeana occur during overcharge of overdischarge and cause the capacity loss or fade in these bateeries.
容量衰减是阻碍尖晶石锂锰氧化物商品化的主要障碍，正极活性材料的溶解、电解液的分解、钝化膜的形成等现象会引起充放电过程中不必要的副反应，这将导致电池容量的损失及衰减。
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From all possible members of the spinel groups, hercynite and galaxite, were found to be the most efficient.
在所有可能的尖晶石矿族成员中，铁铝尖晶石和锰铝尖晶石被发现是最有效的。
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Spinel lithium manganese oxide has become the most important material of li-ion second battery for its inexpensive price,excellent character and avirulence,and also gets some achievements in the recent years.
重点介绍了尖晶石相锂锰氧化物的主要合成方法，如固相反应法、软化学法等，并对它们的原理、优势和缺点进行了简单的介绍和讨论，对锰酸锂合成工艺的未来发展和走向作了简单的展望。
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The cathode is generally one of three materials: a layered oxide, such as lithium cobalt oxide, one based on a polyanion, such as lithium iron phosphate, or a spinel, such as lithium manganese oxide, although materials such as TiS2 were originally used.
阴极通常是以下三类材料：一种层氧化物，例如钴酸锂、一种阴离子聚合物，例如磷酸锂铁，或者是一种尖晶石，例如锰酸锂，象例如二硫化钛之类材料曾经是最初使用的材料。
- 更多网络解释与锰尖晶石相关的网络解释 [注：此内容来源于网络，仅供参考]
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frequency splitting：频率分割
tie-up 扎好的东西, 停泊的场所, 牛棚, 停泊处, 联系 | jacobsite 锰尖晶石 | frequency splitting 频率分割
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gageite：水硅锰镁锌石
水硅锰镁锌石 gageite | 计量器 gages | 锌尖晶石 gahnite
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jacobsite：锰尖晶石
tie-up 扎好的东西, 停泊的场所, 牛棚, 停泊处, 联系 | jacobsite 锰尖晶石 | frequency splitting 频率分割
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jacobsite：锰铁尖晶石
jacobinical 激进的 | jacobsite 锰铁尖晶石 | jaconet 薄棉布
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manganpectolite：锰针钠矿;锰针钠钙石
锰氧磷灰石 manganoxyapatite | 锰针钠矿;锰针钠钙石 manganpectolite | 锰尖晶石 manganspinel
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mangerite：微纹长辉二长岩
锰尖晶石 manganspinel | 微纹长辉二长岩 mangerite | 微纹长辉二长岩相 mangerite facies
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gages：计量器
水硅锰镁锌石 gageite | 计量器 gages | 锌尖晶石 gahnite
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galaxies：锰尖晶石
3、 gravitational adj.重力的 | 4、 galaxies 锰尖晶石 | 5、 NASA abbr.National Aeronautics and Space Administration (美国)国家航空和宇宙航行局
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Layered manganese dioxides：层状二氧化锰
锰系氧化物:Lithium-Manganese Oxides | 层状二氧化锰:Layered manganese dioxides | 尖晶石锰酸锂:Spinel lithium manganese
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lithium magnate spinels：锂锰氧尖晶石
锂离子电池:Lithium Ion Secondary Batteries | 锂锰氧尖晶石:lithium magnate spinels | 锂二次电池:lithium secondary battery