1) plate-throwing power
电镀分散能力
2) throwing power
分散能力
1.
Several baths based on Watts bath were investigated by comparing electrochemical polarization and throwing power,and the effects of NiSO_4 and NaCl contents were analyzed.
通过测量极化和分散能力,对以Watts型电镀Ni溶液为基础的几种溶液进行了研究,考察了NiSO_4和NaCl含量的影响,并采用SEM和XRD方法对Ni沉积层形貌及其结晶择优取向进行了分折。
2.
The results show that glycine and formic acid both can extend the bright deposit current density range with higher throwing power for the former and higher cathodic current efficience for the latter.
以碘酸钾、三氯乙酸、甘氨酸和甲酸为添加剂,加入到标准镀铬液中,测定了镀液的分散能力、光亮电流密度范围、深镀能力、阴极电流效率。
3.
The deposit appearance,deposition rate,throwing power and covering power of the process were tested and compared with those of one overseas known kindred process.
对镀层外观、沉积速度及镀液分散能力与覆盖能力进行了测试,并与国外某知名品牌的工艺进行了比较。
3) dispersibility
分散能力
1.
The dispersibility and colloid protection ability of the composite dispersant system composed of KH20(polyvinyl alcohol) and 60SH50(hyhroxypropyl methyl cellulose) were investigated by using trichloroethylene as the model chemical of vinyl chloride.
以三氯乙烯模拟氯乙烯(VC),考查聚乙烯醇(KH20)/羟丙基甲基纤维素(60SH50)复合分散剂的分散能力和保胶能力,发现分散能力和保胶能力均随分散剂用量的增加而提高;复合分散剂中KH20比例增大,分散能力下降而保胶能力增强。
4) dispersing power
分散能力
1.
Nickel electroplating technology has being applied in variety fields, and this technology has been developed for hundreds of years, while there still exist such problems as poor lightness——the coating is gray and dull, low deposition rate and current efficiency, and poor dispersing power etc.
电镀镍技术已经广泛应用于各个领域,其发展也已有上百年的历史,但仍存在光亮度差,镀层发灰、暗淡,沉积速度、电流效率不高,分散能力不好等种种问题。
6) throwing power
均匀电镀能力
补充资料：分散能力
分子式：
CAS号：
性质：见泳透力
CAS号：
性质：见泳透力
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条