The theoretical basis, the testing device and the measurement result of testing the thickness of plating film automatically with capacity method are introduced.
文章介绍了应用容量法自动测量镀膜厚度的理论依据、测试装置和测量结果。
This paper mainly studies the measuring method for the thickness of plating layer ofthe eddy-current sensor in the case of the multi-frequency and multi-parameters.
主要研究了电涡流传感器在多频率多参数下镀层厚度的测量方法。
Electroplating position: in a location in the plating liquid, and the relative position of the anode, can affect the film thickness distribution.
电镀位置：镀件在药水中位置，与阳极相对位置，会影响膜厚分布。
Through-thickness cracking also can lead to fatigue or stress corrosion cracking of the base metal beneath the plating.
还会形成穿透型裂纹，造成镀层下本体金属的疲劳或应力腐蚀裂纹。
Effects of conditions of electroless plating of Pb Sn alloy on the composition and thickness of the coating were studied.
研究了化学镀铅锡合金过程中各影响因素对镀层的组成和厚度的影响。
Influencing factors to the uniformity of coating thickness for alkaline zinc plating have been studied systematically by Hall-cell test.
采用霍尔槽试验对碱性镀锌镀层厚度均一性的影响因素进行了研究。
In the research of the membrane thickness control system of IBS plating machine, as having adopted modern detection means, measure precision improves greatly.
在离子束溅射镀膜机的膜厚控制系统的研究中，由于采用了现代检测手段，使测量精度大大提高。
The research on the principle and the relation between the time and thickness, structure, property of plating coat is given.
研究了施镀时间与镀层增重、镀层厚度、镀层组织和性能的关系，并探讨了化学镀镍的机理。
The thickness ratio of high and medium phosphorus layers in double Ni plating layer was optimized.
优化了双镍层中的高磷镀镍层与中磷镀镍层的厚度匹配。
Thickness of the deck plating.
甲板板厚度。
It is found that there is a threshold energy density in laser doping, and distributions of dopant density and depth have relation to preheat temperature and plating layer thickness of the impurities.
激光掺杂存在一个阈值能量密度。掺杂浓度和深度的分布与预热温度和杂质镀层厚度有关。
Reducing plating time and coating thickness can solve these problems. So these methods can solve quality problem of the bubbling and...
减少施镀时间，降低镀层厚度，解决了镀层起泡脱皮质量问题，保证了化学镀镍零件的防腐性能。
The plating formed on the surface of the aluminum alloy galvanized component has even thickness and glaring appearance, and mass production can be realized.
在铝合金电镀件表面形成镀层厚度均匀，镀层外观光亮，并且能够实现批量生产。
The plating formed on the surface of the aluminum alloy galvanized component has even thickness and glaring appearance, and mass production can be realized.
在铝合金电镀件表面形成镀层厚度均匀，镀层外观光亮，并且能够实现批量生产。
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