热喷涂粉末

利用烧结破碎法，以超细晶粒WC粉、Co粉为原料制备了WC-17%Co热喷涂粉末。

WC-17 % Co feedstock powder for the purpose of thermal spray was prepared by the method of sinter-crushing . Ultra-fine tungsten carbide powder and cobalt powder were used as starting materials .

利用烧结破碎法，以粗颗粒（约3.56μm）和超细颗粒（约0.68μm）WC粉、Co粉为主要原料制备了WC-12%Co热喷涂粉末。

WC-12 % Co feedstock powder for thermal spraying was prepared by sinter-crushing method . 3.56 μ m coarse and 0.68 μ m ultra-fine tungsten carbide powders and cobalt powder were used as main raw materials .

碳化钨/钴热喷涂粉末和涂层的研究进展

Review on tungsten carbide-cobalt powders and coatings by thermal spraying

镍基热喷涂粉末的相分析

The phase analysis of nickel base thermal sprayed powders

烧结破碎法制备超细晶粒WC-12%Co热喷涂粉末

Preparation of Ultra-Fine Grain WC-12 % Co Powder for Thermal Spraying by Sinter-Crushing Method

本文结合热喷涂用粉末的物性要求，探讨喷雾造粒工艺对粉末物性及涂层质量的影响，综述喷雾造粒技术在热喷涂中的应用研究。

This article discusses the effect of spray granulate on properties of powders and coatings , and applications of spay granulate on thermal spraying are reviewed .

根据静电收集原理结合热喷涂制备粉末的特性，试制了适合于热喷涂制粉的静电收集器。

Based on the principium of static electronic collection in combining with characteristics of preparing powders by thermal spray , the flat static recipients suitable for thermal spray powders are trial-prepared .

热喷涂液相合成粉末的雾化喷嘴设计

Design of Atomizer Used for Liquid Phase Synthesized Powder by Thermal Spray

采用正交优化设计的方法进行热喷涂自粘结复合粉末的设计。

Self-adherent composite powder for thermal spraying is designed by optimum design method .

热喷涂镍基合金粉末表面的车削加工

Turning of the Surface that is Thermal Spray Coated with Nickel Base Alloy Powder

在采用常规热喷涂工艺参数进行粉末制备的基础上，讨论了球磨时间、球磨助剂、热处理条件对粉末性质的影响，得出最佳的制备方案。

On the basis of preparing powders with usual technological parameters of thermal spray , the influences on powders properties of ball milling time , assistant reagents of ball milling and conditions of heat treatments are discussed , and then it comes to the optimal preparation project .

文中对表面化学热处理、热喷涂技术、合金粉末喷焊、激光熔覆等表面防护技术和其它防护技术及其进展作了阐述。

The paper expounds the surface protection techniques such as surface chemical heat treatment , heat spray-daubing technology , alloy powder for spray-welding and laser cladding , etc. The other protection technology and progress are given also .