电镀的

And the products are for chromium electroplating wastewater treatment and recycling.

本产品也用于电镀及含铬废水的处理和回收等。

The problem of misusing of coating categories that exists in current super-hard abrasive coating/deposition and their correlative product is analyzed.This article is divided into two parts. The methods, performances and applications of electroplating and chemical plating Ni, Cu and plating metal which partly uses physical means, and some coati...

本文由于篇幅问题分为两部分，在中主要介绍了超硬磨料表面电镀和化学镀镀覆Ni、Cu及部分利用物理方法镀覆Ti等金属的方法、性能及用途；在中介绍了超硬磨料表面镀覆Ti等强碳化物形成元素及刚玉等方法、性能及用途。

Based on electroplating theory, several common complex agents and additives are screened and analyzed, and the method for converting cyanide zinc plating process to cyanide-free zinc plating process is discussed. The throwing power, covering power and corrosion resistance have been tested for verifying the conversion effects.

本研究以电镀理论为依据，对现有几种常用配位剂和添加剂进行筛选和分析，探讨将氰化物镀锌工艺向无氰化转化的方法。

The results showed that the equilibrium time of sorption and desorption experiment were 8 h.

结果表明，炉渣对电镀废水中Cu的吸附平衡时间和解吸平衡时间均为8 h。

The Company may in accordance with customer needs, design and produce various kinds of powder, liquid coating line, assembly lines, advanced recovery system drencher painting room, electroplating equipment, electrophoresis equipment, electrostatic spray gun, according to local resources designed to fuel, gas , coal, electricity, heating source for degreasing, phosphating and drying, curing equipment and other processes.

本公司可根据客户需要，设计生产各类粉体、液体涂装流水线、组装流水线、高级回收系统、水帘喷漆室、电镀设备、电泳设备、静电喷枪，根据当地资源设计以燃油、燃气、燃煤、电力、为加热源的脱脂、磷化、烘干、固化等工序设备。

We use high-frequency pulse current source and applied magnetic field during the process to electrodeposit Ni nanocontacts.

我们采用高频脉冲电流源并在电镀过程中施加磁场的方法，制备镍纳米点接触。

Both two films have the potential for replacing the electrodeposit Ag.

两种薄膜都具有替代电镀银工艺的潜力。

By decreasing the current density in plating process, the width and depth of cracks of the electrodeposit are reduced and the corrosion resistance of the electrodeposit improves.

电镀工艺中减小电流密度可以减小镀层裂纹宽度和深度，从而提高镀层的耐蚀性。

The electrochemical hydrogen permeation technique was used to study hydrogen permeation through zinc electrodeposit with bilayer specimens of Fe substrate/zinc electrodeposit.

针对氢在镀锌层中的扩散渗透性，采用电化学氢渗透技术对Fe/电镀Zn双层试样进行了研究。

An ion chromatographic method for the determination of fluoride and chloride in electroplate liquid was proposed.

提出了离子色谱法检测电镀液中F和Cl的方法。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。