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低气压等离子喷涂TiO2涂层结构的研究
引用本文:陈学定,大森明,荒田吉明.低气压等离子喷涂TiO2涂层结构的研究[J].焊接学报,1988(4):205-212.
作者姓名:陈学定  大森明  荒田吉明
作者单位:甘肃工业大学,大阪大学焊接研究所,大阪大学焊接研究所 副教授 兰州,副教授 日本,教授 日本
摘    要:本研究分析了在低气压等离子喷涂条件下,TiO_2涂层的结构受等离子弧喷涂过程中氧分解量所影响。氧分解量很大程度上依赖于离子气中氢流量的大小,此外喷涂室压力也有一定影响。而等离子弧功率和喷涂距离对TiO_2涂层的氧分解量没有多大影响。在离子气中氢流量不变的条件下,涂层中Ti_3O_5量随喷涂室压力(从100×133.322Pa至400×133.322Pa)增加而增加。

关 键 词:等离子喷涂  涂层结构  离子气
收稿时间:1987/10/8 0:00:00

A STUDY OF THE STRUCTURE OF LOW PRESSURE CONDITION PLASMA SPRAYED TiO2 COATING
Chen Xueding,Akira Ohmori and Yoshiaki Arata.A STUDY OF THE STRUCTURE OF LOW PRESSURE CONDITION PLASMA SPRAYED TiO2 COATING[J].Transactions of The China Welding Institution,1988(4):205-212.
Authors:Chen Xueding  Akira Ohmori and Yoshiaki Arata
Affiliation:Gansu University of Technology, Lanzhou, China,Welding Research Institute, Osaka University, Japan and Welding Research Institute, Osaka University, Japan
Abstract:The structure of low pressure condition plasma sprayed TiO2 coatings was investigated. The structure of TiO2 coatings was affected by the degree of oxygen loss during plasma spraying. The oxygen loss is influenced to a great extent by the quantity of H2 in plasma gas and to a certain extent by the atmospheric pressure, but almost not by the output of plasma and spraying distance. Ti3O5 in the coating was increased with the increase of atmospheric pressure from 100×133.322Pa to 400×133.322 under constant H2 gas quantity.
Keywords:Plasma spraying  Coating structure  Plasma gas  
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