CAJ | 학술논문

“烧粘－腐蚀”是导轨式机载发射装置出现卡滞、腐蚀、寿命短、不安全等故障的主要原因，高温高速烧粘－腐蚀防护评估技术的完善成为实现总寿命服役期免维修目标的首要任务之一。近年来，高温高速烧粘－腐蚀机理、烧粘－腐蚀模拟试验方法与装置，外场临时防护技术与长效防护技术成为研究热点，本文综述了该领域的研究进展。
“소점－부식”시도궤식궤재발사장치출현잡체、부식、수명단、불안전등고장적주요원인，고온고속소점－부식방호평고기술적완선성위실현총수명복역기면유수목표적수요임무지일。근년래，고온고속소점－부식궤리、소점－부식모의시험방법여장치，외장림시방호기술여장효방호기술성위연구열점，본문종술료해영역적연구진전。
High temperature ablation, supersonic erosion, dreg-adherence and corrosion in humid and salt mist environments(“ablation-erosion-adherence &corrosion”) are some important causes for air-borne launcher’ s slide tracks with failures of lock,corrosion, short life and unsafety.Development in evaluative technique on ablation-erosion-adherence&corrosion is one of the essential tasks of non-mainte-nance during the launchers total service life.This paper summarizes the main studies and developments focusing on high temperature ablation-erosion-adherence&corrosion mechanisms, simulative test methods and devices, temporary and long-dated protective measures in external field in recent years.