linear acceleration信息详情
[力]线性加速度
net linear acceleration───净线加速度
acceleration───n.加速，促进；[物]加速度；跳级
hardware acceleration───硬件加速
linear combination───[数]线性组合
radial acceleration───[物]径向加速度
angular acceleration───[力]角加速度
linear equations───方程式，[数]线性方程组；[数]线性方程；[计]线性方程组
linear relationship───线性关系
linear accelerator───[核]直线加速器；线性加速器，直导轨发射装置，直线加速器
measuring rotary acceleration this material can be in the form of a disk, for linear acceleration it is formed as a strip of metal.───旋转加速度测量这种材料可以在一个磁盘的形式，线性加速把它当作金属带组成。
The experiment results show that the platform has the ability to realize random linear acceleration movement environment.───试验结果表明，该平台有能力实现随机线加速度运动环境。
You can then subtract that offset from the acceleration sensor's direct readings to get the actual linear acceleration.───接下来你可以去除掉这些偏移量，最后就可以得到真正的线性加速度了。
As a device moves, its accelerometer hardware reports linear acceleration changes along the three primary axes in three-dimensional space.───当设备移动时，它们的加速感应器硬件将报告它们在三维空间中沿着三个主轴的线性加速变化数据。
Linear acceleration of electrons and positrons is what plasma-based accelerators are most suited for.───电子与正子的直线加速，是以电浆为基础的加速器最适合的领域。
The computer simulation shows that the linear acceleration and deceleration method is simple, but the existence of the impact;───通过计算机仿真表明，直线型加减速方法计算简单，但是存在冲击；
Study of armature correction system of electrical vibration table with high-linear-acceleration───离心力场下电动振动台及动圈纠偏系统动特性的研究
The application of the linear acceleration incremental method in construct resist vibration───线性加速度增量法在建筑抗震中的应用
The Creating Principle and Realization of Random Linear Acceleration Movement Environment───随机线加速度运动环境生成原理及实现
Micro-fluid angular accelerometer only detects the angular accelerometer in the direction of input axis, and it can effectively separate the linear acceleration and vibration.
The muzzle vibration responses are the linear displacement, linear velocity linear acceleration, angular displacement, angular velocity and angular acceleration.
In the side header, head's linear acceleration, the back coxa angular acceleration and neck angular acceleration are the main factors that affect the force of heading.
However, the parallel between a linear acceleration and gravitation is conceptually simpler.
Having analysed the dynamic character of valveless pneumatic percussive mechanism, this paper provides a linear acceleration method for calculating characteristic parameters, and corrects B. M.
Having analysed the dynamic character of valveless pneumatic percussive mechanism, this paper provides a linear acceleration method for calculating characteristic parameters, and corrects B.
Relationship between the linear acceleration and the resonant frequency of the sensing unit was deduced and the finite element method was used to simulate the correctness of the theory.