Ruthenium trichloride for dimensionally stable anode coating in electrolyzer 電解槽金屬陽(yáng)極涂層用三氯化釕
Farther research of effect of titanium - based metal anode coating with snsb conducting base film 導(dǎo)電膜對(duì)鈦基金屬陽(yáng)極涂層性能提高的深入研究
By using the titanium - based anode made from the thermal decomposition method , the electro - catalysis of anode coating containing pt ? towards methanol oxidation is discussed in this dissertation . thermal decomposition technology is easily realized 本文以熱分解法制備的鈦陽(yáng)極為基礎(chǔ),探討了復(fù)合含pt ~ 0陽(yáng)極涂層對(duì)甲醇的電催化作用。
Some researches have been carried out to learn about the oxygen evolution properties of rumn , ruco , ruce and rueu etc in haso ^ solution , and their electro - catalysis towards methanol oxidation if added into the anode coating 實(shí)驗(yàn)研究了rumn , ruco , ruce和rueu等在硫酸溶液中的析氧性以及它們被添加到pt / ti電極陽(yáng)極涂層中后對(duì)甲醇的電催化作用。
The result indicates that the anode coating containing the powerful oxygen evolution metal oxide such as rumn , ruco or rueu exhibit a higher electro - catalytic activity than pt / ti electrodes without metal oxides in coating 結(jié)果表明鉑涂層中添加rumn , roco和rueu等強(qiáng)析氧性金屬氧化物后,同涂層中不含金屬氧化物的pt / ti電極相比,對(duì)甲醇電氧化顯示了更高的催化活性。
But the preparation of high performance anode coating containing pt ? has not been completely researched yet . thermal decomposition and electrochemical reduction mechanism is discussed in this dissertation using thermodynamics balance and e - ph figures . an improved thermal decomposition technique has also been developed for preparing titanium - based electro - catalytic layers 本文結(jié)合熱力學(xué)平衡和電位? ph圖,討論了熱分解-電化學(xué)還原法制備鈦基含鉑涂層的原理,并采用一種改進(jìn)的間換法工藝,制備了高活性的鈦基含鉑( pt ~ 0 )電催化涂層。