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采用超声振动原理建立了滑动轴承模拟气蚀实验装置 ,研究了温度及压力变化对滑动轴承气蚀磨损的影响。发现温度及压力的升高都会使滑动轴承的气蚀磨损增加。并对这一现象从理论上进行了分析
The experimental apparatus of simulated cavitation of sliding bearing was established by the principle of ultrasonic vibration. The influence of temperature and pressure on cavitation erosion of sliding bearing was studied. Found that the temperature and pressure will increase the sliding bearing cavitation wear increased. And this phenomenon is theoretically analyzed