1.
The characteristic surface is essentially an acceleration front.
特征曲面实质上是一种加速度波的波阵面。
2.
acceleration cancelling hydropone
消加速度海洋检波器
3.
Projectile Axial Acceleration Measurement by Dual-accelerometer Filtering Method
双加速度计滤波法测量弹丸轴向加速度
4.
The real-time estimation of velocity and acceleration from GPS carrier-phase measurements
GPS实时测量速度与加速度的载波相位方法
5.
The choppiness will disappear when the tremolo is sped up.
这样波浪感就会在加快速度时消失。
6.
adaptive MCF velocity stack
自适应多道滤波速度叠加
7.
Research on Acceleration Harmonic Cancellation of Electro-Hydraulic Servo Shaking Table;
电液伺服振动台加速度谐波抑制研究
8.
Application of FIR Digital Filters in MEMS Accelerometers
FIR数字滤波在MEMS加速度计中的应用
9.
Application of TMS320VC5402 in accelerometer wave sensor
TMS320VC5402在加速度式波浪传感器中的应用
10.
Design of decimation filter of ∑-Δ microgravity accelerometers
∑—Δ微加速度计的抽取滤波器设计
11.
A Wavelet Based Kalman Filter for Accelerometers De-noising
基于小波卡尔曼滤波的加速度计降噪方法
12.
The Study of Temperature Compensation Method to Surface Acoustic Wave Accelerometer
声表面波加速度计的温度误差及补偿方法研究
13.
Temperature Drift Compensation of Quartzose Accelerometer Based on Wavelet Network
石英加速度计温度漂移的小波网络建模
14.
The acceleration is positive if the speed is increased, negative if speed is decreased.
速度增加的加速度为正加速度，速度减少的加速度为负加速度。
15.
footward acceleration
足向加速度足向加速度
16.
That is more than1,000 times more intense than the accelerating gradient in a typical conventional accelerator powered by microwaves.
这个加速梯度大概比一般利用微波的加速器高出1000倍左右。
17.
The Influences of the Shock Thickness and Alfven Waves on the Particle Acceleration by the Diffusive Shocks
扩散激波加速过程中激波厚度和级联阿尔芬波对粒子加速影响的研究
18.
The relation between soures S wave acceleration and magnitude is discussed.
并探讨了震源S波加速度与震级的关系.