通常放置在标准惯性参考系统中，陀螺仪能够使设备在瞬间建立精确的航向，而不使用磁通阀或者磁力计。
Normally found in standard inertial reference systems, gyro-compassing enables the unit to establish precise heading within moments, without the use of a magnetic flux valve or magnetometer.
这对于设计激光陀螺的磁屏蔽结构具有一定的实用价值。
This can be practical useful to the design of magnetic shielding for ring laser gyro.
经常核对陀螺罗经和磁罗经航向。
研制了一种由数字磁罗盘和角速度陀螺组成的组合航向系统。
A combined heading system including a digital magnetic compass and a rate gyroscope is developed.
磁敏感性是激光陀螺普遍存在的问题，对使用圆偏光工作的激光陀螺，这一问题尤为严重。
The sensitivity to magnetic is a common problem for ring laser gyro, especially for laser gyro using circular polarized light.
有关静电陀螺的文献对于静电干扰讨论较多，本文则侧重对静电陀螺寻北仪中的磁干扰进行讨论。
The electrostatic disturbance in gravitational field and the magnetic disturbance can produce disturbing torque, then affect the accuracy of ESG north finder.
不过，质子自旋不同于陀螺自转，它决定着质子和其他粒子之间的磁相互作用，正是这一性质让磁共振成像技术(MRI)得以实现。
But unlike the spin of a top, proton spin governs the magnetic interactions between protons and other particles, a property that permits magnetic-resonance imaging (MRI).
利用模糊PID复合控制器实现移动机器人的轨迹控制 ，利用陀螺、磁罗盘、里程计进行多传感器融合定位。
To solve the problem, this paper presents an integrated method. Fuzzy PID Controller is used for trajectory control.
利用模糊PID复合控制器实现移动机器人的轨迹控制 ，利用陀螺、磁罗盘、里程计进行多传感器融合定位。
To solve the problem, this paper presents an integrated method. Fuzzy PID Controller is used for trajectory control.
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