The main products of the company are:GT10 non lead cathode electrophoresis base paint, TB515 metallic finishing paint, SK01 alkamine acid paint for automobile coating, SP01 middle layer paint, plastics parts paint and coating, etc.
公司的主要产品有GT10无铅阴极电泳底漆，TB515金属光泽漆，SK01氨基醇酸汽车面漆，SP01中涂层漆，塑料件漆等。
This is to extend the measuring range of the ion vacuum gauge and to prolong the device lifetime. In this project screen-printed or ECR-CVD grown CNTs was coated on glass or silicon substrate as a cathode. The cathode was grounded, and metallic gate electrode and accelerating anode were applied with positive voltages.
实验方法是将奈米碳管涂布或利用ECR-CVD 成长於玻璃基板或矽上作为离子真空计的阴极，於真空腔体内，将阴极接地，栅极和加速电极加入正电压，来产生场发射电流与离子电流，而以集极收集离子电流，以观察电场与电流之特性关系图以及离子电流之稳定性。
In this paper, a detailed review of photo-emissive materials is presented, which indicatesthat the Cs3Sb semiconductor photoemitter is oneof the most promised materials used for freeelectron laser cathode, because it has higherquantum efficiency and lower photon energe thresholdthan metallic photocathode, and at least theoreticallyhas faster response than NEA materials forgenerating very short photoelectron pulses.
文中概述了这项研究的新进展，在原理上对各种光电发射材料在该领域的应用作了评述。锑铯光电阴极是一种比较理想的选择：比之于金属光电阴极，它的阈值光子能量低，量子产额高；比之于负电子亲合势光电阴极，它的弛豫时间短，适合于ns以下量级的超短脉冲电子发射。
The test focuses on the surface property, adhesive force, strippability, corrosion resistance of cathode sheet; the insulation material at cathode sheet edge and its form and service life; the material, form and performance of cathode sheet conductive beam; and appearance difference of copper metallic crystal on the surface of stainle...
在试验和生产使用过程中集中考察了阴极板的表面性质、附着力、刺离性、耐腐蚀性；阴极板边缘的绝缘材料、绝缘形式和使用寿命；阴极板导电横梁的材质、形式和性能；铜在不锈钢阴极表面结晶的外观形态差异等。
At anode, alcohols are oxidized to form carbonyl compounds, while metallic tin is deposited at cathode. These electrolytic products reacted with the allyl bromide gives the homoallylic alcohols.
在阳极上发生醇到羰基化合物的氧化，而在阴极上同时析出金属锡，在电解液中发生烯丙基化反应。
The observed oxide scale at the interface between metallic substrate and anode, and, the weak bonding between the electrolyte and the cathode may be responsible for the high contact resistances. These observations also validate the presented equivalent circuit model.
试验观测到的金属支撑体／阳极界面氧化物薄膜以及电解质／阴极界面弱的结合力可能对高的接触电阻负责，此观测结果也验证了本文提出等价电路模型的有效性。
All-solid-state thin film batteries, comprised of LiCoO_ 2 cathode films with different structures, lithium phosphorous oxynitride electrolyte film and metallic lithium anode film, was successfully prepared and their properties were examined by chronopotentiometry.
以具有不同结构的LiCoO2薄膜为阴极、含氮磷酸锂薄膜为电解质以及金属锂薄膜为阳极，成功地制备了电化学性能不同的全固态薄膜锂电池。
The cathode thin film of Ag 0.5V 2O 5 was fabricated using pulsed laser deposition (PLD), and the metallic lithium anode thin film was prepared via vacuum thermal evaporation.
以脉冲激光沉积法（PLD）制备的非晶态Ag05V2O5薄膜为阴极，真空热蒸发法制备的金属锂为阳极，LiPON薄膜为电解质，成功地制备了一个新的Li/LiPON/Ag05V2O5全固态薄膜锂电池。
The impacts of anticorrosion coating defects of underground metallic pipes and facilities on the shielding effect of cathode protection, and the impacts of anticorrosion coating defects on the potential distribution on the protected facilities are discussed.
讨论了地下金属管道及设施的防腐层缺陷对阴极保护的屏蔽作用和防腐层缺陷对被保护设施上电位分布的影响。
But, because of the low voltage and low current, the arc can not last long duration. It has remarkable nearing cathode space effect and the transformation from metallic phase to gaseous phase.
而继电器分断电弧由于电压、电流比较小，燃弧时间不长，近阴极区效应显著，具有明显的从金属相电弧转变为气相电弧的现象。
In the catelytic iron inner electrolysis process, chemical copper-plating electrode was adopted as cathode to form the galvanic cells with metallic iron to treat acid red GR Wastewater, and studied on the factors greatly influencing on the process such as: pH, agitation intensity, concentration of influent and temyerature, The results showed that decoloring effect is almost the same as copper cathode used.
在催化铁内电解法中，采用化学镀铜作为惰性电极与铁组成原电池处理酸性大红GR。并考察了进水pH值、搅拌速率、进水浓度、进水温度等因素对脱色降解的影响。实验结果表明，该方法与采用铜作为惰性电极时对于酸性大红GR的脱色效果相差无几。