[力] 重力加速度
It is actually equal to the gravitational acceleration at that point.
而在实际上等于该点物体所受的重力加速度。
When we have gravity an object is influenced by the gravitational acceleration and the gravitational acceleration is a constant.
当我们考虑到重力时,物体受重力,加速度影响,重力加速度,是一个常数。
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。
That's the gravitational acceleration if we drop an object here.
这是重力加速度,如果在这掉一个物体。
And this must be larger or equal to the g gravitational acceleration g.
这个必须大于,或等于,重力加速度。
This unit avoided the influence of gravitational acceleration.
这种装置避免了地球重力加速度的影响。
That is only one-fifth of the gravitational acceleration.
仅为重力加速度的,五分之一。
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。
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。
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
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。
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。
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。
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。
And so you see that the gravitational acceleration that I experience at different distances at different distances from the sun, is inversely proportional with r squared.
因此你看到,我承受的重力加速度,距离地球不同远近,距离太阳的不同距离，和r的平方成反比。
And we write, often for that gravitational acceleration, the letter g.
我们通常,用字母g表示，重力加速度。
And that is 2,000 times the gravitational acceleration.
这也就是重力加速度的2000倍。
If I weigh myself on the moon where the gravitational acceleration is six times less then I would weigh six times less-- so far, so good.
如果在月球上称,重力加速度就,只有地球的1/6，我的重量,也只有1/6，没什么问题。
So we could now calculate how fast we have to rotate this space ship - to mimic the gravitational acceleration on Earth-- 2 which is 9.8 meters per second squared.
这样我们就可以计算一下,大概要旋转多快,才能模拟出地球的重力加速度-,模拟出9。8米/秒。
Now, you may remember that we dropped an apple from three meters and that we calculated the gravitational acceleration given the time that it takes to fall.
你们也许记得，从,3m高的地方扔的苹果,我们算出重力,加速度，给出,下落的时间。
It's about 1/16th of 1/16 the gravitational acceleration.
这大概是重力,加速度的。
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。
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。
The explanation is that the 'gravitational field' created by acceleration is added to, or subtracted from, the gravity of the Earth.
这个问题的解释就是由加速而需在地球引力场的基础上增加或者减少的“重力场”。
So if you are 100 times further away like Pluto compared to Mercury then the gravitational... the centripetal acceleration which is due to gravity is 10,000 times smaller.
而冥王星的距离,是水星的一百倍,那么它的引力与向心加速度,均是水星的一万分之一。
Since all objects in this lecture hall and the earth fall with the constant acceleration, which is g we can write down that the gravitational force m would be m times this acceleration, g.
由于地球上的所有物体,都受向下的恒定加速度g影响,因此我们可以把重力写作,此加速度g乘以。
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 stu***d 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。
重力加速度（Gravitational Acceleration）是物理学中描述物体在引力场中自由下落时速度变化率的物理量。其标准符号为$g$，单位为米每二次方秒（$mathrm{m/s}$）。以下为详细解释：
定义与公式
重力加速度表示物体仅受引力作用时获得的加速度。根据牛顿万有引力定律，地球表面附近的重力加速度可近似为： $$ g = frac{GM}{R} $$ 其中，$G$为万有引力常数（$6.674 times 10^{-11} mathrm{N cdot m/kg}$），$M$为地球质量（约$5.972 times 10^{24} mathrm{kg}$），$R$为地球半径（约$6.371 times 10 mathrm{m}$）。地球表面标准值约为$9.8 mathrm{m/s}$，方向竖直向下。
影响因素
实际应用
其他天体参考值
参考资料：
"Gravitational Acceleration"（重力加速度）是物理学中的核心概念，具体含义如下：
1. 基本定义 指物体在重力作用下产生的加速度，用符号( g )表示。在地球表面，标准重力加速度约为( 9.8 , text{m/s} )，方向竖直向下指向地心。
2. 物理意义
3. 影响因素
4. 实际应用
补充说明
通常取( 9.8 , text{m/s} )为简化计算值，但精确值会因地质结构差异略有波动。若需高精度数据（如科研场景），需通过专业仪器实地测量。
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