in all directions

in all directions的基本解释

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向四面八方, 向各方面, 沿着各个方向

与in all directions相关的网络例句 [注：此内容来源于网络，仅供参考]

Firstly, from Gauss' equations and relative motion equations, the relation of control impulse and relative motion was expressed as analysis formulas and simplified based on the near circular condition. By deeply analyzing the mechanism of impulses in each directions (radial, in-track and cross-track directions) effect on relative motion respectively, two maneuvers to establish formation flying are provided: one is to utilize the impulses in radial and cross-track directions, the other is to utilize the impulses in along-track and cross-track directions. Both of the two methods can establish satellite formation flying of any configuration. The method with impulses irradial and cross-track directions needs only 3 impulses, while the method with impulses in along-back and cross-track directions needs 4 impulses. Lastly, by an example of establishing a space-circle formation flying, two maneuvers were compared with each other in the amount of impulses and fuel consuming estimation.

首先由高斯型拉格朗日轨道摄动运动方程得到轨道坐标系中控制冲量与轨道根数偏差的关系，基于近圆轨道的条件简化并带入相对运动方程，得到控制冲量与相对运动的关系表达式；通过深入分析各个方向（径向、沿迹向与轨道面法向）的控制冲量对相对运动的影响，给出了分别用径向与轨道面法向控制冲量组合和沿迹向与轨道面法向控制冲量组合实现编队捕获的两种控制策略；最后给出了一个空间圆编队捕获实例，并从燃料消耗、施加冲量次数及捕获时间等角度对比研究了两种控制策略的特点。

Postural sway was measured by seven parameters derived from a force platform (kistler-9281). The seven parameters were: 1 CP sway area; 2 CP total excursion; 3 mean velocity of CP sway in the mediolateral and anterioposterior directions; 4 mean value of CP sway amplitude in the mediolateral and anterioposterior directions; 5 variability of CP sway amplitude in the mediolateral and anterioposterior directions; 6 mean value of the force signal in the mediolateral and anterioposterior directions; 7 variability of force signal in the mediolateral and anterioposterior directions; Repeated measures ANOVA procedures were used to analyze the effect of vision condition and ankle sprain.

身体摆动的大小以测力板量取的反作用力经过处理后的参数表示之，这包括，压力中心的摆动面积、压力中心的摆动轨跡长度、压力中心在两轴的平约摆动速度、压力中心在两轴的平均摆动幅度、压力中心在两轴的摆动幅度的变异性、反作用力在两轴的平均摆动幅度、反作用力在两轴摆动幅度的变异性。

Any high Re number flow over bodies consists of three basic flows: the flow with convection-dominant in all spatial directions, the flow with convection-diffusion competition in all directions and the flow with convection-dominant in part directions and convection-diffusion competition in part directions, which is called the interacting shear flow; the features of the three basic flows are different; their simplest conservation equations, i.e. the Euler equations, Navier-Stokes equations and diffusion parabolized NS equations, have different mathematical characteristics; there is a great disparity in domains of the three basic flows and the domains of NS equations are very small. Therefore, adopting Euler-DPNS-NS equation system to analyze and compute high Re number flows over bodies is a logical approach. There exists a mutual examined-complemented relationship of this approach with the usual one of adopting only NS equations.

主要内容如下：（1）高Re数绕流包含3种基本流动：所有方向对流占优流动、所有方向对流扩散竞争流动和部分方向对流占优部分方向对流扩散竞争流动，3个基本流动的特征彼此不同且在流场中所占领域大小彼此相差悬殊，NS方程区域很小，它们的最简单控制方程组Euler、Navier-Stokes和扩散抛物化NS方程组的数学性质彼此不同，因此利用Euler-DPNS-NS方程组体系分析计算高Re数绕流流动就是一个合乎逻辑的选择，该法与利用单一NS方程组的常用方法可以彼此检验和补充。

与in all directions相关的网络解释 [注：此内容来源于网络，仅供参考]

in all directions：向四面八方

in advance 在前面;预先 | in all directions 向四面八方 | in all 总共,共计

in all directions：四面八方,各方面

in all总共,合计 | in all directions四面八方,各方面 | in advance预先,在前面

in all directions：四面八方

out of sight 看不见 | 16. in all directions 四面八方 | 17. catch sight of 看见

in all directions：向四面八方; 全面地

in all 总共;一共 | in all directions 向四面八方; 全面地 | in all shapes and sizes 各种式样兴尺寸, 包罗万有

run in all directions：四处逃散

7. run out of 从...里跑出来 | 8. run in all directions 四处逃散 | 9. try one'e best to do... 尽力做...