1.
Optimizing Design of Structure of Torquer in Force-Balance Accelerometer
力平衡加速度表力矩器结构优化设计
2.
force-balance acceleration transducer
力平衡式加速度传感器
3.
force balance hinged-pendulum accelerometer
力平衡铰接摆式加速度计
4.
Nonlinear Errors of Force-balanced Micro Accelerometer
力平衡式微加速度计的非线性误差确定
5.
Electromechanical coupling characteristics for force-balanced vacuum microelectronic accelerometer
力平衡式真空微电子加速度传感器的机电耦合特性(英文)
6.
Development of Balance Assessment System Based on Acceleration;
基于加速度的人体平衡检测系统研究
7.
The voltage range on the forcer of a force-rebalance accelerometer in some experiments is different from the one used in traditional calculations.
在实验中发现,力平衡式加速度计的施力电压变化范围和传统计算中的并不相同。
8.
a unit of gravitational acceleration equal to one centimeter per second per second (named after Galileo).
重力加速度单位等于每厘米（待查表）平方秒（以伽利略的名字命名）。
9.
Distribution of Velocity and Pressure Within Balance Disk of Multi-stage-section Pump
多级泵平衡盘两间隙内速度与压力分布
10.
Additive Angular Dependent Rebalance Acceleration Arithmetic for Neutron Transport Equation in Optically Thick Diffusive Region
强散射介质中子输运计算的角度相关附加再平衡加速算法
11.
The expression of the relation between force, mass and acceleration is as follows.
力、质量和加速度之间的关系表示如下。
12.
Development of a walking stability assessment system based on a tri-axial accelerometer
基于加速度信号的人体运动平衡检测系统的研制
13.
A unit of acceleration equal to the acceleration caused by gravity at the earth's surface, about9.8 meters(32 feet) per second per second.
重力加速度的符号与地球表面重力加速度相等的加速度符号，约为9。8米（32英尺）每秒每秒
14.
a unit of force equal to the force that imparts an acceleration of 1 foot/sec/sec to a mass of 1 pound; equal to 0.1382 newtons.
力的单位等于使一磅的质点发生英尺每平方秒加速度的力；等于（待查表）牛顿。
15.
a unit of force equal to the force that imparts an acceleration of 1 cm/sec/sec to a mass of 1 gram.
力的单位等于使质量为克的物体产生厘米（待查表）平方秒的加速度所需的力。
16.
a unit of force equal to the force that imparts an acceleration of 1 m/sec/sec to a mass of 1 kilogram; equal to 100,000 dynes.
力的单位等于使公斤质量的物体产生米（待查表）平方秒的加速度所需的力；等于，达因。
17.
accelerometer response
加速表的灵敏度;加速度计灵敏度;加速度计特性
18.
The influence of the diameter of the absorber, wind speed and the emissivity of the absorber surface on the equilibrium temperature have been discussed.
讨论了吸收器直径、风速和吸收表面发射率对平衡温度的影响。