1.
Coatings and Corrosion Resistance of Follow-Up Electroless or Electroplated Coatings on Magnesium Alloy
镁合金浸锌合金溶液中金属离子对浸锌层的影响
2.
ANALYSIS OF CORROSION DATA OF HOT DIP GALVANIZED COATING OBTAINED IN AN ACCELERATED CORROSION TEST
热浸锌层人工加速腐蚀试验数值分析
3.
Effects of Zincates and Inhibitors on Composition and Mor-phology of Cyanide-Free Dipped Zinc Coating on Aluminum Alloy
锌盐及抑制剂对铝合金无氰浸锌层组成及形貌的影响
4.
Effect of Ni Content in Zn Bath on Thickness of Hot Dip Galvanized Coating
锌浴中镍含量对热浸锌镀层厚度的影响
5.
A layer of hot-dipped galvanizing causes a considerable reduction in the fatigue strength.
热浸镀锌层引起疲劳强度的显著降低。
6.
Process and Property of Hot Dip Zn-Ni Alloy Coating for Reactive Steel
活性钢热浸锌镍合金镀层工艺与性能
7.
The Influence of Ni and V on the Corrosion Resistance of Hot-dipped Galvanizing Coating
Ni和V对热浸镀锌层耐蚀性能的影响
8.
Effect of Alloying Element Antimony on me Structare and Corrosion Resistance of Hot-Dip Galvanizing Coatings on Steel
合金元素锑对热浸镀锌层组织的影响
9.
The Influence of the Temperature and Time on the Galvanized Coating;
浸镀温度和浸镀时间对热浸镀锌镀层组织的影响
10.
The technique of hot dip Zn-Ni alloy coating is an effective method for solving the reactive steel problem in hot dip galvanizing.
热浸锌镍合金镀层技术是解决活性钢热镀锌问题的有效方法。
11.
Comparative Analysis of Zinc Coat and Zn-Al Alloy Coat in Highway Fence
高速公路隔离栅热浸镀锌和锌铝合金镀层的对比分析
12.
Continual hot-dip aluminium zinc silicon alloy coated steel strips and sheets
GB/T14978-1994连续热浸镀铝锌硅合金镀层钢带和钢板
13.
Applications of Mssbauer Spectroscopy for Coating forming in the Hot-dip Galvanizing Steel Sheets;
热浸镀锌板镀层相结构的穆斯堡尔谱研究
14.
Quality Control and Producting Process of Non-Spangle Galanize
热浸镀铝锌合金板的镀层结构及其性能
15.
ELECTROCHEMICAL BEHAVIOUR OF MOLYBDATE CONVERSION FILM ON HOT-DIP GALVANIZED STEEL
热浸镀锌层上钼酸盐转化膜的腐蚀电化学性能
16.
Co-precipitation of nano-crystalline corrosion products on hot dip Zn-Al alloy coating
热浸锌铝合金镀层表面纳米晶腐蚀产物共沉积机理
17.
The adhesive force between the coating and the magnesium substrate can be improved significantly by using proper technique of zincification.
用浸锌工艺能较好地改善镀层与基体间的结合力。
18.
Immersion service exposure to strong acids or alkalies.
不能将环氧富锌涂层直接浸渍在强酸或强碱环境下。