Abstract Joint stabilizers and new technology stabilizers are hotspots of ship stabilizing technology research at the present stage. This study proposes a magnetic suspension stabilizing method; expounds the working principle of magnetic suspension stabilization, respectively; establishes the mathematical model of the magnetic suspension stator and the stabilization mass block and the mathematical model of magnetic stabilizer and ship; and stimulates the displacement, velocity, and acceleration. On the basis of the simulation, a set of magnetic suspension stabilizers have been designed; the stability of suspension has been tested; and, respectively, the acceleration value of stator and stabilization mass block has been measured by loading 0–500 Hz sine voltage excitation signal on electromagnetic coil; thus, the feasibility of the magnetic suspension stabilizer has been verified.

中文翻译：

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基于调频的自适应磁悬浮减摇装置

摘要 联合稳定器和新技术稳定器是现阶段船舶稳定技术研究的热点。本研究提出了一种磁悬浮稳定方法；分别阐述了磁悬浮稳定的工作原理；建立了磁悬浮定子和稳定质量块的数学模型以及磁稳定器和船舶的数学模型；并刺激位移、速度和加速度。在仿真的基础上，设计了一套磁悬浮稳定器；悬浮稳定性已经过测试；并分别通过在电磁线圈上加载0-500Hz正弦电压激励信号来测量定子和稳定质量块的加速度值；因此，