动静压混合轴承是能在流体静力润滑状态下，又能在流体动力润滑状态下工作的滑动轴承，同时在流体静力润滑和流体动力润滑下工作的滑动轴承。
提出了动静压混合滑动轴承支承-转子运动轨迹的控制技术和方法，以期用于转子振动控制和非圆截面零件加工。
Based on active hybrid sliding bearing-rotor system, the control technique of the motion of the rotor was researched, which could be used for vibration control or non-circular machining.
提出了动静压混合滑动轴承支承-转子运动轨迹控制技术和方法，以期用于转子振动控制和非圆截面零件加工。
Based on active hybrid sliding bearing-rotor system, the control technique of the motion of the rotor was studied, which then was used for vibration control and non-circular machining.
针对动静压混合滑动轴承，分析了主动节流轴承的可控性，并提出以可控性系数来加以衡量。
The so-called controllability coefficients were proposed to analyze the controllability of an active hybrid sliding bearing.
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