And that is 2,000 times the gravitational acceleration.
这也就是重力加速度的2000倍。
That is only one-fifth of the gravitational acceleration.
仅为重力加速度的,五分之一。
It's about 1/16th of 1/16 the gravitational acceleration.
这大概是重力,加速度的。
Ten times further away, the gravitational acceleration is down by a factor of 100.
远上十倍，重力加速度，就会减少100倍。
Microgravity is quantified by the level of the micro-gravitational acceleration.
微重力用微重力加速度的值度量。
We came exactly to that conclusion-- that the gravitational acceleration falls off as one over r squared.
我们得到结论-,重力加速度,随r的平方而减少。
So gravity compensation is necessary to separate the carrier acceleration and the gravitational acceleration.
为了从比力观测值中分离出所需要的导航定位信息，需要对惯导系统进行重力补偿。
This new nano-accelerometer has ultrasensitive sensors and high measurement range to 4000 gravitational acceleration.
这种新型加速度计具有量程大（4000倍重力加速度）、精度高的特点。
In INS, the acceleration sensed by the accelerometer include the carrier acceleration and the gravitational acceleration.
在惯性导航系统中，加速度计测量的是载体加速度和重力加速度的合力。
If you really want to recalculate the gravitational acceleration using our data, you should really subtract the two milliseconds from the time.
如果你想用我们的，数据重新计算重力加速度，你需要从这个，时间里减去2毫秒。
The string will say "Aha! I'm going to pull now on this person "because the gravitational acceleration alone is not enough-- I need some extra pull."
绳子会说,“啊哈，这家伙需要我来帮忙拉了“,因为此时只靠重力加速度,不足以提供向心加速度了，需要额外的补充
And in your second assignment, which you haven't seen yet I'm asking you to calculate the gravitational acceleration for me using these both experiments.
在各位还没看到的，第二次作业中，我会要求各位，凭借这两个实验的结果，来算出重力加速度。
Methods for accurate gravitational acceleration measurement are presented, which are viscous force modified method and viscous force offset each other method.
本文介绍了用粘滞阻力修正法和粘滞阴力互相抵消法来精确地测量重力加速度。
This is the one I pick and so I say, You may think that the gravitational acceleration at an altitude of 30,000 feet could be substantially less than the canonical number of 10.
这是我选择的，因此我说，你们也许会想，重力加速度，在三万英尺的高空，也许实际上，要比10小。
Unlike the gravitational acceleration, the magnetic acceleration is a location-dependent variable and its magnitude and direction vary with the magnetic circuit configuration.
与重力加速度相比，磁加速度是一个依赖于空间位置的变量，其大小和方向随外磁场的磁路布置发生改变。
On the analogy of the magnetic and gravitational buoyancy forces, the concept of the magnetic acceleration is proposed.
通过对磁浮升力与重力浮升力的类比，提出磁加速度的概念。
In this paper, we studied the precession and gravitation acceleration effects of a test particle in gravitational fields.
本文对试验粒子在引力场中的轨道进动效应和引力加速效应进行了研究。
Let us trace out in greater detail this computation of acceleration due to gravitational forces.
让我们详细追查这些由重力所引起的加速度的计算方法。
Let us trace out in greater detail this computation of acceleration due to gravitational forces.
让我们详细追查这些由重力所引起的加速度的计算方法。
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