重力加速度
- 名gravitational acceleration
-
我们通常,用字母g表示,重力加速度。
And we write , often for that gravitational acceleration , the letter " g " .
-
我们得到结论-,重力加速度,随r的平方而减少。
We came exactly to that conclusion & that the gravitational acceleration falls off as one over r squared .
-
利用双游标式复摆测定重力加速度g
The measurement of acceleration of gravity g by using double vernier physical pendulum
-
线性回归法和Matlab在复摆测重力加速度实验中的应用
Application of linear regression method and Matlab in measuring gravity acceleration of compound pendulum
-
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 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 .
-
Kerr场中的重力加速度
Acceleration of Gravity in Kerr Field
-
介绍了用VISUALBASIC6.0语言编写的自由落体法测重力加速度(火花计时法)仿真教学软件的主要设计思想和方法。
The main idea and method to design a teaching software , using visual Basic 6.0 , to measure the gravitational acceleration of a free fall ( spark timing method ) is discussed .
-
只要AB足够近,就没有明显的,重力加速度的差值。
As long as A and B are close enough so that there is no noticeable difference in the gravitational acceleration g.
-
重力加速度-,的大小-,等于v的平方除以,也就是ω的平方乘以,单位是米每秒的平方。
And the centripetal acceleration the magnitude r is v squared divided by r , r which is therefore also omega squared r , is in meters per second squared .
-
而基于MEMS陀螺组件解算得到的航姿信息虽然不易受非重力加速度的干扰,却存在较大的积累误差。
Meanwhile , the heading and attitude information solved by MEMS gyro unit is not easily spoiled by non-gravitational acceleration , but its accumulation error is large .
-
单摆法测重力加速度是物理学中一个传统的实验,方法简单易操作,且容易测得较精确的g值(在不考虑空气浮力、空气的粘滞阻力、lr及θ角较小的情况下)。
Modify expressions of single-pendulum method measure gravity acceleration is one tradition experiment of physics , method simple and operation even measure to obtain accurate " g " .
-
这些模块包括环境库中的重力加速度模块、大气模块等,他们用来计算RLV飞行过程中的环境参数;
Gravity acceleration module and atmosphere module , etc . are used to calculate environment parameters .
-
在离心铸管工艺中,用加大型筒壁厚、减小档板内孔直径、选大的重力加速度g值、增加内孔加工余量等措施铸造出主管道样件。
Measures by enlarging the wall thickness of shell , decreasing inside diameter of the baffle , selecting greater g value and increasing machining allowances of internal surface , etc , in centrifugal casting process , sample of primary piping are casted .
-
根据朱仑公式,接触角决定于液体的密度ρ、液体表面张力系数α、液柱高度h、毛细管的半径r以及重力加速度g。
According to Julian formula , the contact angle is decided by the density of liquid ρ , the coefficient of surface tension of the liquid α, the height of the liquid cylinder h , the radius of capillary r as well as acceleration of gravity g.
-
重力加速度绝对测定的新进展
New Progress in the Absolute Determination of the Earth 's Gravity
-
一种用气垫导轨测重力加速度的新方法
A New Way to Measure the Acceleration of Gravity Using Air-track
-
自由落体法测重力加速度的智能系统
Intelligent System of Acceleration of Gravity Measuring Instruments Using Free-fall Method
-
约利秤测重力加速度及其不确定度的计算
The Calculation of Jolly Ballance Measuring Gravitation Acceleration and Its Uncertainty
-
利用原子干涉仪测量重力加速度
The application of atom interferometer to the measurement of gravitational acceleration
-
可逆摆测重力加速度实验研究
Experimental study of measuring the acceleration of gravity with reversible pendulum
-
周期测量仪和重力加速度的测量
The Period Measurer And The Measurement of Acceleration of Gravity
-
单片机在重力加速度测量中的应用
The application of single-sheet computer in measuring acceleration of gravity
-
这是重力加速度,如果在这掉一个物体。
That 's the gravitational acceleration if we drop an object here .
-
单摆测重力加速度误差分析
Analysis of the Error of Surveying Acceleration of Gravity by Simple Pendulum
-
基于三线摆的重力加速度测量设计方案
Design of Measuring Gravitational Acceleration by Three - Line Pendulum
-
单摆实验是用来测量当地重力加速度的。
Mono-pendulum experiment is used to measure local weight acceleration of gravity .
-
重力加速度计在倾斜度测量中的应用
Application of the Gravity Accelerometer in the Measurement of Inclination
-
用单摆测重力加速度的不确定度评定
The evaluation of indeterminate degree of acceleration of gravity by single pendulum
-
天体对地球重力加速度的影响
The Effect of Celestial Body on Gravitational Acceleration of Earth
-
重力加速度式波浪浮标量值溯源体系研究
The Research of Trace System of Wave Buoy of Acceleration of Gravity