对热浸铝的历史进行了简要回顾，分析了其镀层组织结构及形成机理。
The paper mainly focus on the development of hot dip aluminized coating, and analyzes the composing mechanism of plating process and its microstructure.
本文采用TEM和X射线衍射仪分析研究脉冲化学镀高磷镍合金镀层及经不同温度加热时镀层组织结构的转变。
This paper using TEM and X-ray diffraction system analysed and studied the tissue constitution of impulseelectroless's Ni-Pplating and its conversion when heated at different temperature.
化学镀镍单板和化学镀镍刨花的组织结构摘要对性能的影响是木材组织和金属镀层共同作用的结果。
The influence that structure of nickel-plated veneers and particles has on its properties is the result of timber micro structure and metal layer common role.
与传统化学镀镍工艺相比，该工艺所得镀层含磷量高、硬度高，组织结构致密均匀。
Compared with conventional electroless nickel plating process, the deposits obtained are greatly improved with higher phosphorus content, hardness, more compact and uniform microstructure.
采用金相显微镜、扫描电镜、X射线衍射等研究手段，检测分析了浸铝镀层的成分和组织结构。
The composition and structure of hot-dip aluminizing samples are analyzed by using metallurgical microscope, SEM and XRD.
对化学沉积复合镀层的显微组织结构、显微硬度、时效处理时的晶化与过饱和相的析出以及复合镀层的耐磨往进行了测试。
The microstructure, characteristics of aging processes of the deposited coatings were studied. The microhardness, wear resistance and other properties were tested as well.
TEM分析表明：复合镀层的基体为多晶镍，并且复合镀层晶粒细小，组织结构均匀、致密。
The TEM analysis shows that the matrix of composite coating is polycrystal nickel with the finer grain size, and the organization structure is homogeneous and compact.
采用SEM和TEM法，分析了镀层的组织与相结构，揭示了镀层提高铣刀寿命的原因。
The SEM and TEM photograph are conducted to analyze structure and phase of coating and explains why this coating can improve work life of router.
还研究了热处理对化学镀镍硼合金镀层的组织结构与性能的影响，并研究了硼与镍在整个镀层的分布。
The effect of heat treatment on the structure and properties of the electroless Ni-B alloy coating which has a close relationship with boron content was dealt. The distribution of Nic…
分析表面镀膜组织结构，探讨钛合金基材及表面镀层的抗细菌粘附性能。
The composition and variation of the bacterial films on the immerge seawater material surfaces were investigated.
分析表面镀膜组织结构，探讨钛合金基材及表面镀层的抗细菌粘附性能。
The composition and variation of the bacterial films on the immerge seawater material surfaces were investigated.
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