Titanium anodes with different metal oxide coatings are Ti-based metal coated oxide electrode, DSA for short. 金属氧化物涂层钛阳极是指在以钛为阳极的基体表面涂上金属氧化物的电极,简称DSA。
Development on micro-type coated wire electrode pH sensor 微型涂丝膜pH传感器的研制
The effect of different kinds and different content rare earth oxide added in coated electrode on low temperature notch toughness, weld metal microstructure and diffusible hydrogen was studied. 通过向焊条药皮中加入稀土氧化物的方法,研究了在焊条药皮中加入不同种类、不同含量的稀土氧化物对焊缝金属低温冲击韧性、显微组织以及扩散氢含量的影响。
CAD Method for the Transition of Mn 、 Si of Coated Electrode 焊条中Mn、Si过渡的CAD方法
Study and application of a coated titanium electrode in ionized water generator 离子水生成器用涂层钛电极的研究和应用
The electrochemical behaviour of poly-o-phenylenediamine ( PPD) film coated electrode in pH 7. 0 phosphate buffer solution was studied by voltammetry and in-situ IR reflectance spectroscopy. 利用循环伏安法和原位红外反射光谱法研究了pH=7.0的磷酸盐缓冲溶液中聚邻苯二胺(PPD)膜电极的电化学行为。
The H+ ion-selective coated wire electrode is made of the matrix of simple metal, the carrier of PVC, the active substance of α-naphthylamine and solvent of THF. 以高纯度Pt丝为基体,PVC为载体,α&萘胺为活性物质,THF为溶剂制成涂丝H+离子选择性电极。
A IrTa coated titanium electrode with a good property of oxygen evolution is de- 研制了一种性能优良的析氧电极IrTa涂层。
It was therefore anticipated that the cost-effective Sn-In alloy coated copper electrode of better ability to resist hydrogen evolution could find promising application in mercury-free battery industry, as the replacement of conventional In-coated copper electrode. 在无汞化电池工业中,用价格低廉且稳定性较好的Sn-In合金共沉积电极代替In沉积电极具有广阔的应用前景。
Preparation and Application of Nefopam PVC Membrane Coated Glass Electrode 奈福泮PVC膜涂层玻璃电极的研制与应用
Research and development of continuous coated electrode 药皮涂层连续电焊条的研制
Methods The coated electrode of denitrifying bacteria was made by batch cultivation and PVA immobilization using activated carbon fiber ( ACF). 方法采用挂膜培养以及PVA包埋的方法,将异养反硝化菌固定在ACF电极表面,制成ACF涂层电极。
Graphite coated membrane electrode used as an indicator electrode in potentiometric titration of medicines 一种适用于药物电位滴定的石墨涂膜电极的研制
The effect regularity of different carbon contents on the post-weld hardness and aging hardness and microstructures of hardfacing layer of coated electrode with C Cr Mo W V Nb alloy system are systematically explored. 系统地探讨了不同碳含量对C-Cr-Mo-W-V-Nb合金系堆焊焊条堆焊层焊态下和时效处理后的硬度及组织的影响规律。
Aluminum coated steel electrode for use in welding the water wall of the boiler has been developed. 本文在分析渗铝钢焊接规律的基础上,研制了一种发电厂锅炉水冷壁渗铝钢,焊条。
Charging behavior of a metallic conducting particle on a dielectrically coated electrode in the presence of electrical gradient force in SF_6stressed by DC or AC voltage was discussed. 在施加直流或交流电压的表面覆涂绝缘介质的楔形电极结构条件下,讨论了SF6中自由金属导电微粒在电场梯度力存在时的运动特性。
Study on boron oxide coated electrode 氧化硼作为电极涂层的研究
Application of coated electrode in smelting of low-carbon chromium iron 涂层石墨电极在冶炼低碳铬铁上的应用
Polarographic determination of trace amounts of nitrites with mercury coated silver electrode as working electrode 极谱法测定痕量亚硝酸根&应用汞膜银电极为工作电极
The electrochemical characteristics of dopamine ( DA) and epinephrine ( EP) at multi-wall carbon nanotube coated graphite electrode have been investigated. 以多巴胺(DA)和肾上腺素(EP)为模型化合物,研究其在多壁碳纳米管(MWNT)修饰电极上的直接电化学行为。
Preparation of a Malachite Green Polyvinyl Chlo-ride Membrane Coated Glass Electrode 孔雀石绿-聚氯乙烯膜涂层玻璃电极的研制
Application of titanium coated electrode for forty years 涂层电极的40年
Objective To optimize the efficiency of coated electrode denitrifying reactor. 目的探讨涂层电极脱氮模拟装置的最佳工作条件,提高反应器的脱氮效率。
In this paper, the voltammetric behavior of carbendazol was investigated on glassy carbon electrode, platinum electrode, golden electrode, nafion coated electrode and mercury membrane electrode. 研究了多菌灵在玻碳电极、Nafion化学修饰电极、玻碳镀汞膜电极、金电极和铂电极上的电化学行为。
Development of coated electrode of immobilized denitrifying bacteria and bio-electrochemical denitrifying reactor 固定化反硝化菌涂层电极及模拟脱氮装置的研制
Mechanism of Rare Earth Oxide Transferring from Coated Electrode to Welding Pool 焊条药皮中稀土氧化物向焊缝中过渡机制的研究
The nanoparticle platinum coated titanium electrode was prepared using the method of electrochemical cathodic reduction followed by anodic oxidation. 采用电化学阴极还原阳极氧化方法制备了纳米铂微粒电极。
And apart from that, the electrode pressure which coated electrode need to reach the maximum nugget diameter is slightly larger than the uncoated ones, but the maximum nugget diameter of coated electrode is bigger than the uncoated. 涂层电极熔核直径达到最大值所需电极压力稍大于普通电极,但涂层电极熔核直径最大值比普通电极大。
In recent years, the coated titanium electrode has been a research focus in this field just because of its advantages such as stable dimensionally, low-gassing overpotential, good corrosion resistance, light weight and strength. 近年来,涂层钛电极因为具有尺寸稳定、析气过电位低、耐蚀性好、质量轻、强度高等优点,而一直成为该领域的研究热点。
The time that nugget diameter of coated electrode needed to meet the requirements is shorter than the uncoated ones, so using the coated electrode can improve production efficiency and save both time and energy. 涂层电极熔核直径达到要求时需要的时间比普通电极短,因此涂层电极可以节约时间,提高生产效率,节省能耗。