1.
Design of High G Accelerometer and Its Read-out Circuit
高g值加速度计及其检测电路的设计
2.
The Research of Dynamic Performance of High-g Accelerometer
高g值加速度传感器的动态特性研究
3.
Shock sensor calibration for high-g value based on Hopkinson bar
基于Hopkinson杆的高g值冲击传感器校准
4.
Design of high g piezoresistive micro-accelerometer
高g值压阻式微加速度计设计(英文)
5.
Research of the Shock Calibration with Laser-interferometry for High G Accelerometers;
高g值加速度计激光干涉冲击校准技术研究
6.
Calibration of the High-g Accelerometer with Laser Interferometer And the Method for Signal Processing
高g值加速度计激光干涉校准及信号解算方法
7.
Dynamic Testing Technology for Microstructure in High-g Acceleration
高g值加速度条件下微结构动态测试技术研究
8.
Study on Dynamic Characteristics and Testing Technology of Microstructure under High g-Force;
高g值环境典型微结构动态特性及其测试技术研究
9.
Dynamic Characteristic Testing Equipment for Microstructure of MEMS Device under High g Force Acceleration;
高g值条件下MEMS微构件动态特性测试装置的研制
10.
The Finite Element Analysis of the Collision Fuze Plate with G High-value Long-pulse and Design of Optimization
高g值长脉冲引信实验台有限元分析及优化设计
11.
&Grid row height
网格行高度(&G)
12.
The Eigenvalues of Graphs Intersecting at a Common Vertex;
一类G与G相交于一点的图的特征值
13.
G Damp- The friction for Goal. Higher values dampen the effect of the goal on the soft body.
G 阻尼-作为目标的磨擦力。较高的阻尼数值使目标对软体的效果。
14.
It is thus clearly important to measure g with the highest possible accuracy.
因此，以可能的最高精确度测定g值显然是很重要的。
15.
Study on a New G-GERT Network Model and Its Application Based on Value Flow Process
灰色价值流动G-G-GERT网络模型及其应用研究
16.
A: Not quite. It's Gao, G-A-O.
甲：不太对，是高，G--A-O．
17.
New application of (G′/G)-expansion method to high-dimensional nonlinear physical equations
(G′/G)展开法在高维非线性物理方程中的新应用
18.
Solving the high-order dispersive nonlinear Schrdinger equation by the(G′)/(G)-expansion methodd
应用(G′/G)—展开法求解高阶非线性薛定谔方程