1.
Effects of Rare Earth Chloride on Properties of Infusion of Assistant Plating for Hot Dip Plating
氯化稀土对热浸镀助镀剂性能的影响
2.
The research in flux is mainly to change the original double hot dip coating technique, and change the first hot-dip galvanizing into electrolyzing flux.
对于助镀剂的研究主要是改变原有的双热浸镀工艺，改第一次热浸镀锌为电解助镀。
3.
Online Measuring Technology of Ferrous Ion in Flux of the Hot-Dip Galvanizing
热镀锌助镀剂中亚铁离子在线检测技术
4.
Research and Application of Solvent Circulation on Line of Hot Dip Zinc Plating
热镀锌助镀液在线循环使用的研究与应用
5.
Research for Flux Used in One-Step Hot-dipping Galfan Steel Wire and Study on Properties & Structure of the Coating;
钢丝单镀Galfan合金助镀剂及镀层组织和性能的研究
6.
Studies on the High Power CO_2 Laser Thin Films by the Ion-assisted Deposition Technique;
离子辅助镀高功率CO_2激光薄膜研究
7.
Study on Preparation of Nickel-based Coatings by Brush Electro-plating Technigue in Static Magnetic Fields
静态磁场辅助电刷镀镍基镀层的制备研究
8.
Study on ultrasonic-assisted electroless nickel plating and performance of deposit
超声振荡辅助化学镀镍及其性能研究
9.
Coordinate with and help the global team on plating/new projects.
协调并协助国际组进行电镀或新技术项目。
10.
Study on Self-Plasma Assistant Electon Beam Evaporation Coatin
自体等离子体辅助电子束蒸镀技术研究
11.
Effect of auxiliary coordination agent in the deposition of chromium from chromic sulfate electrolyte
三价铬硫酸盐溶液镀硬铬的辅助配位剂研究
12.
High Performance ZnS Infrared Anti-Reflection Film Deposited by the Ion Assisted Deposition (IAD) Technology
用离子束辅助蒸发工艺镀制高性能硫化锌红外增透膜
13.
Study on the Preparation of Intaglio Plate Wear-resistant Coatings by Means of Ion Assisted Electron Beam Physical Vapor Deposition;
离子辅助电子束蒸镀制备凹印版材耐磨层的研究
14.
Synthesis of Aluminate Spinels via Ultrasonic Assisted Electroless Plating;
超声波辅助化学镀法制备铝酸盐尖晶石粉体的研究
15.
The Arc Ion Plating Deposition of TiAlN Film Aided by Pulse N Ion Beam
脉冲N离子束辅助电弧离子镀沉积TiAlN膜层的研究
16.
EFFECT OF ION BEAM ASSISTED BOMBARDMENT ON TiAlN COATINGS DEPOSITED BY ARC ION PLATING
离子束辅助轰击对电弧离子镀沉积TiAlN膜层的影响
17.
Pressure Seal– uncomplicated design has segmented retaining ring and mild steel silver plated gasket to aid disassembly and provide maximum bonnet seal.
(3) 压力密封–结构简单，分段扣环，镀银低碳钢垫圈，有助于拆卸和最大限度的阀帽密封。
18.
Pressure Seal ? uncomplicated design has segmented retaining ring and mild steel silver plated gasket to aid disassembly and provide maximum bonnet seal.
压力密封?结构简单，分段扣环，镀银低碳钢垫圈，有助于拆卸和最大限度的阀帽密封。