電極膠合劑 的英文怎麼說
中文拼音 [diànjíjiāogějì]
電極膠合劑
英文
electrode cement- 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...
- 極 : i 名詞1 (頂點; 盡頭) the utmost point; extreme 2 (地球的南北兩端; 磁體的兩端; 電源或電器上電流...
- 膠 : Ⅰ名詞1 (某些具有黏性的物質) glue; gum 2 (橡膠) rubber 3 (姓氏) a surname Ⅱ動詞(用膠粘) st...
- 合 : 合量詞(容量單位) ge, a unit of dry measure for grain (=1 decilitre)
- 劑 : Ⅰ名詞1 (藥劑; 制劑) a pharmaceutical or other chemical preparation 2 (某些有化學作用的物品) a...
- 電極 : electrode; pole
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The results show : the mh electrode bonded with the blend of pva, cmc and nl in a proper proportion possesses the best comprehensive performance and 0. 3 % ( mass percentage ) is the proper quantity of nl for the prescription
結果表明:適當比例pva 、 cmc和天然乳膠( nl )的復合粘結劑粘結負極的成型工藝性和電化學性能優良,天然乳膠的合適添加量在0 . 3wt %左右。The two prescriptions that hpmc or hec respectively blended with nl demonstrate the different comprehensive performance and the former is better than the latter, but they are not good as nl with pva blended ; cmc and hec blended with ptfe have worse performances than that blended with nl ; compared with the binders of njl and nl, njl is beneficial to the electrochemical properties and disadvantagous to the electrode ' s formation, but nl is the very contrary
天然乳膠中加入hpmc或hpc作為復合粘結劑時,前者粘結負極的成型工藝性和電化學性能都優於後者,但與加入pva相比,電極的綜合性能比較差。 ptfe與親水性物質如cmc 、 hec等組合成的混合粘結劑的粘結負極的性能不如對應nl粘結負極的性能。The former electrode is manufactured in two steps. first, amorphous hydrated ruo _ 2 power is made from stuff rucl _ 3 ? nh _ 2o in colloidal way. then the power is mixed with adhesive and conductive agent, coated on ta foil by heat - press
粘合劑法制備電極片分為兩步,首先以水合三氯化釕為原料用膠體法制備出無定型水合氧化粉體,然後將粉體加粘合劑和導電劑壓制到基體鉭箔上。With strong bleaching and disinfection effects, widely used as high effective disinfectant for civil sanitation, animal husbandry and plant protection, as bleaching agent of cotton, gunny, chimical fabrics, as shrink - proof agent for woolen, battery material, organic synthesis industry and dry - bleaching agent of clothes
本品具有極強的殺菌、漂白作用,廣泛用於民用衛生,畜牧養殖業以及植保等作高效殺菌消毒劑,棉、麻化纖織物的洗滌漂白劑,羊毛防縮劑,也可用於橡膠氯化,電池材料,有機合成工業以及衣物的干法漂白等Two series of catalysts were preparated by co - deposition and sol - gel methods each. and each serie of catalysts was analysed by xrd spectrums, and was preparated to be air electrode with the optioned compoundings and manufacturing process. the cathode polarization curves were elementarily studied
實驗還利用共沉澱和溶膠凝膠法合成了兩類催化劑,分析了其xrd譜圖,利用優化過的配方和工藝制備了空氣電極,初步研究了其極化曲線,並對其中最好的催化層進行了sem觀察。In the experiments, two series of catalysts were synthesized by co - deposition and sol - gel methods each. the composition of both waterproof and gas diffusion layer and catalysis layer were optimized by the orthogonal test. meanwhile, quasi - steady cathode polarization curves, x - ray diffraction ( xrd ), scanning electronic microscope ( sem ) were used to analyst the relationship between the microstructure and the performance of air electrode
實驗採用共沉澱法和溶膠凝膠法合成了兩類催化劑;對防水透氣層和催化層進行了正交試驗優化;同時,還採用測準穩態極化曲線, x射線衍射( xrd ) 、掃描電子顯微鏡( sem )等分析測試手段,對空氣擴散電極催化材料、空氣擴散電極界面結構與性能的關系等作了較深入的研究。This thesis focuses on the study of the layered lithium nickel - based oxides as catho de materials lithium - ion batteries, the main aspects follow : 1 study on the synthesis and properties of linixco1 - xo2 by the sol - gel method compared with solid - state method, sol - gel method enjoys the advantage of lower calcining temperature and small uniform particle size of products. after the xrd measurement, it was shown that the single - phase layered compound can be prepared in sintering temperature of 750 for 6 ~ 8 hours. the sintering temperature, the properties and the amounts of doping materials can all affect the product ' s phase, and its structure ( lattice parameter, crystal phase distance )
本論文的研究工作主要集中在作為鋰離子電池正極材料的層狀鋰鎳基氧化物上,包括以下幾個方面: 1溶膠凝膠法( sol - gel )合成lini _ xco _ ( 1 - x ) o _ 2的研究與固相合成法相比,溶膠凝膠法合成lini _ xco _ ( 1 - x ) o _ 2煅燒溫度低,產物顆粒均勻一致,經過xrd的測試過后,結果表明750下燒結6 8小時,即可得到單相產物;燒結溫度,摻雜劑的種類及摻雜劑量均對產物物相的形成產生影響,並對產物的結構產生影響。( 1 ) carbon aerogel and xerogel were made from resorcinol - formaldehyde organic gels and used as the anode materials for lithium ion batteries. by discussing the influences of pyrolysis temperature, the level of the catalyst and the concentration of reactant in the preparation of carbon materials on their behavior of lithium ion storage, their performance of storing lithium ions and process of charge and discharge were studied in details. moreover, the relationship between the structure of carbon aerogel and xerogel and the performance of storing lithium ions was analysed, and the mechanism of the storage of lithium ions in this type of porous carbon materials based on organic gels was also dicussed simply
( 1 )從合成間苯二酚-甲醛有機凝膠出發,制備了碳干凝膠和氣凝膠,研究了其作為鋰離子電池碳陽極材料的儲鋰性能,探討了碳材料制備過程中的熱分解溫度、催化劑用量、反應物含量等條件對碳干凝膠和氣凝膠儲鋰行為的影響,並分析了碳材料結構與儲鋰性能的關系以及充放電過程,也簡單探討了鋰離子在這類基於有機凝膠的多孔碳材料中的存儲機制。分享友人