二氧化铅电极,lead dioxide electrode
1)lead dioxide electrode二氧化铅电极
1.Bi(La,Ni)-dopedlead dioxide electrodes on Ti substrate were prepared by electro-deposition,and their performances were compared by measurements of the decolored ratio of Acid Bright Yellow 2G.并利用循环伏安法(CV)和扫描电镜(SEM),分别对掺Ni二氧化铅电极和普通二氧化铅电极进行表征,发现提高电极析氧电位和改变电极表面晶粒分布是Ni修饰电极比未修饰电极催化效果提高的主要原因。
2.lead dioxide electrodes on Ti substrates were produced by thermal-deposition and electro-deposition.研究了热分解法和电沉积法制备二氧化铅电极的工艺,通过对苯酚的电解和生成羟基自由基的量,比较了两种方法制得的电极的催化性能,并比较了采用电沉积法制备电极时掺杂铋或镧对电极的催化性能的影响。
3.In this article, amine benzene is degraded bylead dioxide electrode which is covered with ruthenium and titanium oxide compounds (as anode) and graphite (as cathode), and the results are 85.采用自制钌钛复合氧化物的二氧化铅电极为阳极、石墨为阴极降解苯胺废水,在碱性(pH=9。
英文短句/例句
1.Study on Preparing Ozone by Electrolysis with Iron-based Lead Dioxide;铁基二氧化铅电极电解法制臭氧研究
2.Studies on the PbO_2 Electrode of Lead/Acid Batteries for Electric Vehicles;电动车用铅酸蓄电池二氧化铅电极的研究
3.Study on the Preparation of Doped PbO_2/Ti and Its Property;掺杂Ti基二氧化铅电极的制备及性能研究
4.Study on Preparation and Application of New Ti-Supported Lead Dioxide Electrode;新型钛基体二氧化铅电极的制备及应用研究
5.In most of the earlier reported preparations of lead dioxide no attention was paid to the polymorphic form of the product.有关二氧化铅电极制备的早期报道,大多没有注意到二氧化铅有多种晶形。
6.Preparation of Lanthanon Doped PbO_2/Ti Electrode and Performance of Electrocatalytic Nitrobenzene;稀土改性二氧化铅电极制备及电催化降解硝基苯的研究
7.3-Dimensional Growth Mechanism of Lead Dioxide Electrode on the Ti Substrate in the Process of Electrochemical Deposition钛基二氧化铅电极电沉积制备过程中的立体生长机理
8.WASTEWATER TREATMENT BY SINGLE-CHAMBER MICROBIAL CELL USING LEAD DIOXIDE AS THE CATHODE二氧化铅阴极单室微生物燃料电池处理有机废水研究
9.Of various inert materials available as anodes for the electrodeposition of lead dioxide, Pt and Au are the most suitable.在可得到的可用作二氧化铅电沉积的阳极的各种惰性材料中,铂与金是最合适的。
10.Sn Doped MnO_2 Electrode Material for SupercapacitorsSn掺杂二氧化锰超级电容器电极材料
11.Pt-Pb Coelectrodeposition/Stripping Protocol to Prepare Nano-Pt Modified Glassy Carbon Electrodes for Electrocatalytic Oxidation of C1 Organic Small Molecules铂-铅电化学共沉积/溶铅法制备纳米铂修饰玻璃碳电极及其对C1小分子的电催化氧化
12.The Research of Tin-based Oxides for Li-ion Battery Anodes锂离子电池二氧化锡负极材料的研究
13.b -Lead dioxide can be prepared by (i) acid formation of lead battery positive plates[13] or (ii) electrooxidation of lead perchlorate.β-PbO能够通过下列方法来制备：在酸性环境制备铅b>电池b>的阳极；高氯酸铅的电氧化。
14.Other methods include alkaline formation of lead battery positive plates (Voss and Freundlich) and electrooxidation of lead acetate in an alkaline solution (Zaslavskii).其他方法包括在碱性环境制备铅电池的正极和在碱性溶液中用醋酸铅进行电氧化。
15.Photoelectrocatalystic Degradation of Organic Pesticide by TiO_2 Thin-Film Electrode;二氧化钛薄膜电极光电催化降解有机农药研究
16.Cathodic Electrodeposition of Titanium Dioxide Film and Electrochemical Behavior;阴极电沉积法制备二氧化钛膜及其电化学行为
17.Study on the Photoelectrocatalysis Degradation for Methyl Orange on Sb-doped SnO_2 Electrode掺锑二氧化锡电极光电催化降解甲基橙的研究
18.Electrocatalytic Oxidation of Glyoxal on Ti/NanoTiO_2-Pt Modified Electrode乙二醛在Ti/纳米TiO_2-Pt修饰电极上的电催化氧化
相关短句/例句
PbO_2 anode二氧化铅电极
1.The properties of thePbO_2 anode and theeffects of the device have been invertigated.采用ＡＢＳ塑料基二氧化铅电极作用极，研究设计了一种电解水制取臭氧的新型装置，考察了二氧化铅电极的特性和臭氧发生器某些性能，该阳极对臭氧的析出具有良好电催化活性，臭氧产率可达３００ｍｇ·ｈ￣（－１）·ｄｍ￣（－２）左右，阳极电流效率（以Ｏ＿３％表示）可达１０％～１３％。
3)lead dioxide二氧化铅电极
1.A kind of lead-dioxide electrode was prepared by platinglead dioxide on the surface of kryptol.其中二氧化铅电极是通过在碳棒上电镀而成的。
2.Lead dioxide is characterized by low electrical resistivity, stable chemical property, anticorrosion, high electric conductivity, etc, and applied in a variety of electrolysis production of organic and inorganic substance, sewage disposal and the production of superpure water widely, and so is attached importanced to by interrelated scientists.随着电化学工业的不断发展，传统的阳极材料越来越表现出其局限性，二氧化铅电极具有电阻率低、化学性质稳定、耐蚀性好、导电性好等特性，广泛应用于各类有机物和无机物的电解生产、污水处理及高纯水制备过程中，受到相关科学家的重视。
4)lead dioxide membrane electrode二氧化铅膜电极
5)Lead dioxide anode modifiedby fluorine resin含氟二氧化铅电极
6)PbO_2/Ti electrode钛基二氧化铅电极
1.A method for developing a new typePbO_2/Ti electrode is reported in this paper.本篇报道可用于氯化锰体系制备电解金属锰的新型钛基二氧化铅电极的研制方法。
延伸阅读
一氧化铅化学式PbO。有两种变体：一种是红色四方晶体,又称密陀僧；熔点886°C, 沸点1472°C,密度9.53克/厘米3。另一种是黄色正交晶体，又称铅黄；熔点 886°C，沸点1472°C，密度 8.0克/厘米3。两者的转变点为 488.5°C，低于该温度时，转化作用较缓慢。两者都难溶于水。一氧化铅能溶于酸，生成铅(Ⅱ)盐；也能微溶于强碱溶液，生成铅(Ⅱ)酸盐。在加热下，一氧化铅易被氢、碳、一氧化碳等还原成金属铅。一氧化铅通常可由空气氧化熔融的铅来制备，低于470°C时得到红色四方晶体。在铅（Ⅱ）盐溶液中加入适量的碱或氨水，产生白色的氢氧化铅沉淀，然后在低于100°C温度下使氢氧化铅失水,可得一氧化铅黄色正交晶体；在 100°C失水，可得红色四方晶体。一氧化铅可用于冶炼金属铅，制造铅玻璃和制备其他铅化合物。一氧化铅还用于填充铅蓄电池的栅状铅片电极。在用干性植物油制造油漆时，一氧化铅可做催化剂，促进油氧化干结。烤干的密陀僧与无水甘油混合而成的"铅甘油"油灰，可粘合金属、玻璃和石头等。
