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。
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.
基于测量结果确定热喷镀镀层的适当厚度。
An appropriate thickness for the thermally sprayed coating is determined based on the measurement result.
为了弥补目前采用的各种镀层厚度测量方法之不足，本文提出利用镀层元素一次X光激发的基底金属二次荧光进行膜厚测量的设想，并推导出相应的计算公式。
A suggestion was made to measure thin-film thicknesses using second X-ray fluorescence from substrate excited by primary X-ray of plating element, and corresponding equations were derived.
对镀层进行了结合力、硬度、耐蚀性以及耐磨性测试，用测厚仪测量了镀层的平均厚度。
The appearance, adhesion, hardness and corrosion resistance of the coating were tested by thickness tester to calculate the average thickness of sedimentary layers.
介绍了一种利用金相显微镜聚焦面测量各种涂/镀层厚度的方法。
The remote monitoring and controlling system for a large scale metallurgical microscope is introduced in this paper.
探讨了金属外壳镀镍涂层厚度的测试方法；论述了应用X射线荧光光谱法正确测量外壳镀层的方法。
Methods for measuring thickness of plated nickle coatings on metal cases are discussed, and proper procedures for measurement of coatings on metal cases using XRF spectrometry are dealt with.
探讨了金属外壳镀镍涂层厚度的测试方法；论述了应用X射线荧光光谱法正确测量外壳镀层的方法。
Methods for measuring thickness of plated nickle coatings on metal cases are discussed, and proper procedures for measurement of coatings on metal cases using XRF spectrometry are dealt with.
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