并以此为基础，通过一个典型的船舶机械液压传动系统，推导出全信息方程来确定最佳的监测点和故障位置。
On these bases, this paper deduces the full information equation to determine the best monitoring points and fault position by a typical shipping mechanical HTS.
第三，利用故障树分析理论对船舶冷藏集装箱故障进行分析研究，提供查找故障原因的方法。
Thirdly, with theory of fault tree analysis, faults of marine refrigerated container are studied, and methods of finding out faults' reasons are supplied.
随着电力电子设备在船舶中的大量应用，非线性负载的增多，对船舶电站控制的可靠性及故障预防提出了更高的要求。
With more application of electric and electronic devices on ship, more and more nonlinear loads take higher demand for reliability and fault prevention of power station control.
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