radial acceleration

after radial acceleration compensation and keystone transformation are performed, range alignment is accomplished for all moving targets.

对多目标回波统一进行径向加速度补偿和Keystone变换，完成多目标的距离对齐。

The result obtained states clearly that intermediate-range force, in the case of linear approximation, effects only radial acceleration of test particle rather than effects Lense-Thirring precession angular velocity of it.

所得的结果表明，在一级近似下，中程力只影响试验粒子的径向加速度，而不影响Lense&Thirring进动角速度。

Objective To explore the effect of different axial ( X or Y axis) radial acceleration on Coriolis illusion.

目的观察X、Y轴向的径向加速度对科里奥利错觉的影响。

the radial acceleration forces can cause greater retention of the solid phase combustion products near the propellant surface.

径向加速度的力量可以造成更大的保留固相燃烧产物附近的推进剂表面。

however, the radial acceleration is a key parameter;

而目标的径向加速度是一个非常关键的参数。

radial acceleration estimation based on wigner-hough transform

基于Wigner-Hough变换的径向加速度估计

Single Observer Passive Ranging and Location Method Using Radial Acceleration Information

基于离心加速度信息的单站无源测距定位方法

the result shows that the influence of gravitational settling and radial acceleration cannot be tolerated when wind speed of the separator inlet is low and the diameters of the solid particles are large.

结果表明，当分离器进口风速较低及颗粒粒径较大时，重力沉降及径向加速过程对分离效果的影响不容忽视。

the maximum vertical acceleration and radial acceleration decrease with the increasing of the depth and the radial distance.

土粒的最大竖向加速度和径向加速度都随着深度和径向距离的增大而减小。

The amplification effect on radial acceleration is more obvious for loess slope in dynamic compaction, the vertical vibration prevails at lower part of slope while radial vibration prevails at upper part of slope.

强夯激励下黄土边坡对径向加速度的放大效应更显著，下部边坡以竖向振动为主，上部边坡以径向振动为主。

To the defect of Bearings only ( BO) method which have long convergence time and large location error, this paper put forward a new single observer passive ranging and location method, which used bearings and its changing rate, radial acceleration information.

针对只测向（BO）方法具有收敛速度慢、定位误差大等缺点，提出了一种利用角度及其变化率、离心加速度等信息进行单站无源测距定位的新方法。