erosion-wear

基本解釋

This article introduces the technology characteristics and coating functions of LX88A, as well as the abrasion and erosion wear resistance processes.
本文介紹了LX88A制取的工藝特點(diǎn)及涂層性能,并分析了類似于流化床作業(yè)面所經(jīng)受的沖蝕磨損與磨粒磨損過程。
The erosion wear property of self-bonding SiC (RSSC) has been studied by erosion reducing grarity and microstruclune analyse methods.
采用磨蝕減重法及顯微結(jié)構(gòu)分析等方法，研究了反應(yīng)燒結(jié)碳化硅（RSSC）的抗沖蝕磨損性能。
The development of the applications of such technology in SOFC, photocatalysis, TBCs and superior erosion wear resistance coatings is summarized.
綜述了該技術(shù)在SOFC、光催化、新一代熱障涂層和超耐磨耐蝕涂層等方面的應(yīng)用進(jìn)展。
Uuder the impact of sand particles, the erosion wear is initiating crack, propagating and eventually causing spalling of the coating.
涂層的沖蝕磨損失效機(jī)制為在磨粒的沖擊下，涂層首先產(chǎn)生裂紋，裂紋沿弱結(jié)合處擴(kuò)展最終導(dǎo)致涂層粒子剝落。
With the increase in the arc current, the adhesive strength, microardness and abrasive wear resistance are increased, but erosion wear resistance is decreased.
提高噴涂功率，涂層結(jié)合強(qiáng)度、硬度、磨粒磨損性能提高耐沖蝕性能變差。