t也不应该做得比需要的更大，因为修正装置阻尼过大将使陀螺在修正过程中偏离垂线过多。
T should not be made larger than necessary since excessive erector damping causes the gyro to overshoot the vertical during erection.
本文分析了光陀螺中由于有限光束宽度对拍频频率的修正因子。
In this paper we analyze the frequency correction caused by a finite beam width in an optical gyro.
论文基于MEMS技术的微机械陀螺的研究，对于提高弹道修正的精度和效率具有重要的参考价值和应用前景。
The study of micromachined gyroscope based on MEMS in the paper have important reference value and application foreground in rising ballistic correction's accuracy and efficiency.
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