角速度

Because many master inertial navigation systems on vehicles are gimbaled inertial navigation systems and don't provide angle rate, a new rapid transfer alignment approach called velocity plus attitude change matching approach is proposed.

针对运载体上的主惯导系统多数是平台惯导系统，它不能直接给出角速度信息的特点，提出了新的快速传递对准方案，即速度加姿态变化量匹配方案。

Three axes rotor speed relationship is analyzed from kinematical point of view.

从运动学角度分析3个转轴的角速度关系。

When applying this model to build movement differential equation and deduce the stable oscillation angular velocity gain formula, existing literature has made many hypotheses, neglection or simplification, which have many insufficiencies.

现有文献在应用该模型建立运动微分方程并推导稳态横摆角速度增益公式做了许多假定、忽略或简化，有很多不足。

A worm and worm gear are used to provide a high angular-velocity reduction between nonintersecting shafts which are usually at right angle.

蜗杆和蜗轮通常是用于向垂直相交轴之间的传动提供大的角速度减速比。

In this paper ,move ment pri nci ple of rocket i n direction pi pe was got by dy— namic si mulation ,and effect characteristic consideri ng contact stiffness ,detent force and nozzle thrust misalignment a— bout pitchi ng angle velocity was analysis .All the study set foundationfor further study of high—lowpressure launch sys— te m.

通 过发射仿真分析，获得了火箭弹在高低压发射系统中的内弹道变化规律，分析了火箭弹与定向器的接触刚度、耳轴扭转刚度、尾喷管推力偏心等因素对俯仰角速度的影响特性，所得结论为火箭武器高低压发射系统的进一步相关研究奠定了基础。

Dynamic si mulation ; contact stiffness ; si mulation scri pt ; pitchi ng angle velocity

动力学仿真；接触刚度；仿真剧本；俯仰角速度

The result of calculation show that the maximum tracking angular velocity, the f rame rate of image sensor and relative velocity were the main factors that affect tracking ability of infrared imaging seeker during endgame.

通过分析弹目平行交会模型，对影响弹道终端导引头跟踪能力的诸要素进行了定量研究，并结合某型红外成像导引头的技术参数，对其终端跟踪能力进行了计算，计算结果表明，导引头的最大跟踪角速度、导引头图像探测器的帧频、弹目相对速度是影响导引头终端跟踪能力的主要因素。

With this model, the eye saccadic movement angle, angular velocity, the horizontal coordinate of the center point of cornea were calculated, when the horizontal recti were contracted by the stimulation of the neural pulse.

首次提出了眼球在眼外肌作用下运动的三维动力学模型，给出了其运动方程组的求解步骤，并用该模型计算了水平直肌受神经脉冲刺激而收缩时，眼球水平扫描运动的角度、角速度、角膜中点坐标随时间的变化。

Second, based on the principles of vehicle "Tripped" rollover caused by Understeer/Oversteer and "Untripped" rollover caused by large lateral acceleration, select yaw rate, vehicle slip angle, roll angle and roll rate as the control variables, and determine when vehicle is not stable and how to avoid vehicle rollover properly. Third, the research of vehicle stability control is based on vehicle dynamics model.

针对汽车由于不足转向或转向过度引起&绊倒&型侧翻，以及由于侧向加速度过大引起的操纵型侧翻进行原理分析，确定选取横摆角速度、质心侧偏角以及侧倾角和侧倾角变化作为控制变量，探讨相应的汽车稳定行驶阀值，根据侧翻原理确定正确的控制策略。

The simulation results show that with the scheme, the influence of rolling angular velo city on command output can be moderated, and seeker antiˉperturbation is improved.

仿真 结果表明该方案可以降低滚动角速度对指令输出的影响，提高导引头隔离弹体扰动的能力。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。