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1·The Scale table of LCR-G gravimeter is given in form of sectional linearity.

拉科斯特g型重力仪的格值表是以分段线性的形式给出的。

2·Hence, it was shown that there existed obvious systematic error of gravimeter calibration.

这表明重力仪格值存在着明显的系统误差。

3·We obtained also the relation between gravity and the phase difference of the atom gravimeter.

得到了原子重力仪的相位差与重力加速度的关系。

4·The two effects are expound, especially the vacuity desire for FG5 absolute gravimeter that is 1.

对这两方面的影响作了阐述，同时从理论上对FG5绝对重力仪的真空度要求1。

5·Besides standardization, zero correction error constitutes the most common error source of a gravimeter.

零位校正误差是重力仪除标定以外最主要的误差来源。

6·Experiments show that the virtual gravimeter has reliable operation, good performance and correct results.

实验证明，该虚拟重力仪运行可靠、性能良好和结论正确。

7·The possibility and the significance of applying this method to the absolute gravimeter is discussed in detail.

论证了这一方法应用于绝对重力仪的可能性和意义，给出了实际方案和关键电路。

8·It indicates that this type of gravimeter has relatively small drift, high sensitivity and strong anti-disturbance.

显示该型重力仪静态漂移极小，灵敏度高，抗干扰能力强。

9·It is concluded that temperature variations outside the gravimeter constitute the most important factor influencing...

认为外界温度变化对仪器读数的干扰起主要影响。

10·The transformation of GS-15 gravimeter is successful, but the interference of atmospheric pressure will be solved in future.

GS-15型重力仪的改造是成功的，但气压干扰问题有待进一步解决。

重力仪

1·One of the most popular approaches to extract the gravity field information from the much noisy measurement that observed by airborne gravimeter is lowpass filtering.

从含有大量噪声的航空重力仪测量值中提取重力场信息，最常用的方法是使用低通滤波器。

2·Sea gravimeter is an important equipment for improving the precision of navy inertial navigation systems. The servo loop of gravity sensor determines its precision and dynamic properties.

海洋重力仪是改善舰船惯导系统精度的重要设备，其重力传感器的伺服回路决定着仪器的精度和动态性能。

3·Besides standardization, zero correction error constitutes the most common error source of a gravimeter.

零位校正误差是重力仪除标定以外最主要的误差来源。

4·The Scale table of LCR-G gravimeter is given in form of sectional linearity.

拉科斯特g型重力仪的格值表是以分段线性的形式给出的。

5·We obtained also the relation between gravity and the phase difference of the atom gravimeter.

得到了原子重力仪的相位差与重力加速度的关系。