碳氫電極 的英文怎麼說
中文拼音 [tànqīngdiànjí]
碳氫電極
英文
carbon-hydrogen electrode-
But the comprehensive properties were improved remarkably. with the addition of carbon nanotubes, the polarization of charging process decreased, the plateau of discharge became flatter and the migration of potential of peaks value of cyclic voltemmograms reduced. for the other hand, the exchange current increased, ohm resistance and electrochemical reaction resistance of the electrodes decreased, the diffusion resistance of hydrogen and the resistance of adsorption decreased, too
摻入碳納米管對儲氫合金電極的容量影響較小,但其電化學性能卻有較大的改善,主要體現在:充電的極化減小,放電平臺更加平穩、循環伏安曲線的峰值電位隨掃描速度增大的遷移量減小,交換電流密度增大,電極的歐姆電阻、電化學反應、擴散電阻和吸附電阻均減小。Air electrode, in which nh _ 4hco _ 3 is as pore former, is mainly studied in this paper. the manufacturing process of air electrode, the composition of waterproof and gas diffusion layer, the composition of catalysis layer, and two kinds of catalyst were studied by numbers
本文針對以碳酸氫銨為造孔劑的空氣電極進行研究,分別對電極製作工藝、防水透氣層組成、催化層組成以及兩類催化劑進行了初步系統的探索和研究。As a engineer, i have researched the technology of the deposition of the pyrolytic graphite grid ’ s rough in detail and deeply, in order that xuguang electric ltd. co. achieves the producing from the deposition of the pyrolytic graphite grid ’ s rough to grid. in this research, propane and nitrogen gases has been used in the deposition of the pyrolytic graphite grid ’ s rough at about 1800 and in vacuum
為了使旭光電子股份有限公司順利實現從熱解石墨柵極毛坯沉積到柵極成品的生產,本人作為工藝研究人員,對熱解石墨柵極毛坯沉積工藝進行了詳細、深入的研究。在本課題研究工作中,採用了丙烷有機碳氫化合物氣體和稀釋用氮氣、氬氣,在高溫1800左右的真空條件下試驗研究了熱解石墨柵極毛坯的沉積。Lithium carbonate - determination of fluoride content - ion selective electrode method
碳酸鋰單水氫氧化鋰氯化鋰化學分析方法離子選擇電極法測定氟量Molybdovanadophosphate tetraethylammounium nanoparticles bulk - modified carbon paste electrode and its electrocatalysis toward the reduction of hydrogen peroxide
鉬釩磷酸四乙胺納米粒子體修飾碳糊電極及其對過氧化氫的電催化還原Determination of lactate dehydrogenase at a modified carbon fibre electrode
電聚合修飾碳纖維電極及乳酸脫氫酶活性的測定The properties and manufacturing methods of carbon nanotubes are briefly introduced, and the prospect of its potential application in several respects for automobiles are analyzed, including hydrogen storage material, supercapacitor, electrode material of lithium ion batteries, et al
本文簡單地介紹了碳納米管的性能和制備方法,分析了碳納米管在汽車中潛在的若干方面的應用前景,包括儲氫材料、超級電容器、鋰離子電池電極材料等。Measure of c h atom ratio in resin carbon electrode and the ef fec t of c h atom ratio on charge - discharge performance
樹脂碳電極碳氫原子比測定及其對充放電性能的影響In addition, carbon nanotubes can improve the activation performances of the hydrogen storage alloy electrodes
此外,摻雜碳納米管的儲氫合金電極的活化性能得到了改善,所需的活化次數大為減少。分享友人