硫化鋰 的英文怎麼說

中文拼音 [liúhuàlǐ]
硫化鋰 英文
lithium sulfide
  • 硫 : 名詞[化學] sulphur; sulfur [美國] （16號元素, 符號s）
  • 鋰 : 名詞[化學] lithium （3號元素,符號li）
  1. On the base of review the development of lithium - ion battery and its additive in detail, carbon bisulfide ( cs _ 2 ) was chosen as the film - forming electrolyte additive by theory calculation

    論文詳細評述了鋰離子電池及其添加劑的發展現狀，通過理論計算，確定二硫化碳作為sei膜成膜添加劑。
  2. Methods for chemical analysis of spodumenite and lepidolite concentrates - the persulfate oxidation photometric method for the determination of manganous oxide content

    鋰輝石，鋰雲母精礦化學分析方法過硫酸鹽氧化光度法測定-氧化錳量
  3. The main products are pyro sintered zinc concentrate, zinc oxide direct method, zinc oxide indirect method, zinc sulphate, zinc oxide pharmaceutical grade, basic zinc carbonate, ammonium bifluoride, ammonium fluoride, sodium fluoride, strontium nitrate, lithium nitrate, lithium fluoride, cobalt salt, nickel salt, and etc. among above products, zinc oxide pharmaceutical grade were the first products in hebei province and the quality of zinc oxide pharmaceutical grade was approved by hebei medical bureau reference number : jweizhunzi94di8662

    鋅焙砂氧化鋅硫酸鋅鹽氟化物鋰鹽鍶鹽鎳鹽鎘鹽鈷鹽等幾大系列產品，其中醫用氧化鋅填補了河北省內空白，並於1994年被省衛生廳批準為藥用指定產品冀衛藥準字94第8662號。公司十分重視客戶的反映，並有同客戶建立長久合作關系的能力。
  4. Scanning electron microscope ( sem ) and x - ray photoelectron spectroscopy ( xps ) studies indicated that the additive of cs _ 2 took part in the sei film - forming in the process of battery cycles. the elements of carbon, oxygen and fluorin are the main members in the compounds of sei film. sulfur is also one of the main elements of the sei film when the electrolyte included additive of cs _ 2

    利用掃描電子顯微鏡和x射線光電子能譜研究表明，二硫化碳在電池的循環過程中參與了sei膜的形成， sei膜的組成物質中主要是c 、 o 、 f三種元素，加入二硫化碳后， s元素也成為主要組分， sei膜的主要組成物質有烷基氧鋰、烷基碳酸酯鋰、碳酸鋰、硫酸鹽、聚烯烴及氟化鋰等。
  5. The charge and discharge performances of different composites were studied by the charge and discharge ; the structures of composites were characterized by sem ; the electrochemical properties of sulfur positive materials were characterized by cyclic voltammetry and eis. we studied the charge process, discharge process, charge - discharge efficiency, self heat, and self - discharge of lithium - sulfur system on system shuttle constant, conduct the mechanism of these processes and simply analyse them

    以充放電技術研究了不同類別復合正極的充放電性能;以掃描電鏡技術觀測了復合正極的表面形貌;以循環伏安技術和交流阻抗技術研究了復合正極電極的電化學性能;並初步探討了鋰-硫電池體系中充電過程、放電過程、充放電效率、自熱和自放電等對體系飛梭常數的影響，推導了這些過程的機理並簡要的進行了分析。
  6. The structure of the polymer precursor affects the mechanism of the dehydrogenization and sulfuration reaction. especially, the side chain of the precursor almost has a decisive effect on the structure of the resulting composite and their electrochemical properties

    研究發現採用具有不同側鏈的有機聚合物作為前驅體，脫氫硫化的機理有很大的差別，並影響得到的復合材料的結構，這直接決定了它們作為鋰電池正極材料的電化學性能。
  7. Having served as the director of the institute of chemistry, academia sinica for nine years 1987 - 1996 and the president of the chemical society in taipei for two years 1993 - 1994, dr. chou put in great efforts to promote the international activities of the chemistry community in taiwan

    年起探討超音波震碎鉀對?類化合物中碳-硫鍵斷裂反應研究，發現了極有趣的化學選擇性，方位選擇性及立體選擇性，亦對超音波震碎鋰在有機膦化學上的用途有些研究報告。曾於
  8. However, previously reported li / s batteries encounter many serious problems, including very low active material utilization and poor rechargeablity, which inhibit the commercialization of rechargeable li / s batteries

    本論文設計並制備了納米級顆粒的導電聚合物硫以及活性炭硫兩類復合材料作為鋰電池正極用電化學活性物質。
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