扰动

This paper describes how to use Flash production of viscous flow in vivo experiments indicate friction, rotation speed Dengjiao containers of liquids in relative balance, the system and control of, weak disturbance in the transmission space - Mach cone, the disturbance wave propagation process, bypassing the wings The two-dimensional flows, ease converter and blast crisis and stagnation flow indicate parameters and a number of critical parameters, such as animation.

本文介绍了如何运用Flash制作粘性流体内摩擦实验示意、等角速旋转容器中液体的相对平衡、系统与控制体、微弱扰动在空间的传播——马赫锥、扰动波传播过程、绕过机翼的二维流动、缓变流与急变流示意以及滞止参数和临界参数等若干动画。

This paper describes how to use Flash production of viscous flow in vivo experiments indicate friction, rotation speed Dengjiao containers of liquids in relative balance, the system and control of, weak disturbance in the transmission space - Mach cone, the disturbance wave propagation process, bypassing the wings The two-dimensional flows, ease converter and blast crisis and stagnation flow indicate parameters and critical parameters such as the concept that a number of animation, produced by sports meeting between the animation, shape meeting between animation, masking effects animation and timeline to achieve these fluid flow The animation, and by adding these buttons used to control the flow of fluid animation speed.

本文介绍了如何运用Flash制作粘性流体内摩擦实验示意、等角速旋转容器中液体的相对平衡、系统与控制体、微弱扰动在空间的传播——马赫锥、扰动波传播过程、绕过机翼的二维流动、缓变流与急变流示意以及滞止参数和临界参数的概念说明等若干动画，通过制作运动补间动画、形状补间动画、遮罩动画和时间轴特效来实现这些流体流动的动画效果，并通过添加按钮用于控制这些流体流动的动画的速度。

In this paper, using the data of 52 ionosonde stations distributed in the world, the developments of the ionospheric disturbance during the magnetic storm on July 8, 1958 and the propagation direction and velocity of this disturbance are inrestegated.

本文用遍布全球的52个电离层垂测台站资料，研究1958年7月8日磁暴期间全球电离层扰动的发展变化；各扇区的响应特性；扰动的传播轨迹及速度等。获得以下结果：1。

By use of the referential variables and perturbational variables the medium parameters of wave equation were rewritten.

利用参考场量和扰动变量对声波方程中的介质参数进行处理，并利用Green函数理论得到扰动参数比的积分方程。

This paper introduces the concept of minimal perturbation efficient solution in minimal perturbation constraints programming.

文中引进了极小扰动约束规划的极小扰动有效解概念。

Disturbing force and moment of shipping produced by random wave are the steady stochastic process, it is a kind of colored noise, but traditional Kalman filter demands that disturb of system is the white noise.

由于随机海浪对船舶的扰动力和扰动力矩是平稳随机过程，它是一种有色噪声，而经典卡尔曼滤波要求系统的干扰是白噪声。

By applying H〓 control theory method, chapter six presents and proves the existence conditions of Nash equilibrium strategy of N person dynamic noncooperative game theory with energy bounded uncertainty. Furthermore, an illustrate example of differential game on government debt stabilization shows that the disturbance can be attenuated efficiently by taking H〓 Nash equilibrium strategies.

第六章应用H〓控制理论方法，研究了系统受到能量有限不确定性扰动情况下，如何求N人非合作动态对策问题的纳什均衡解，并通过一个关于政府债务稳定微分对策问题的简例，进一步证实了采用H〓控制策略可以有效地抑制不确定性扰动对于控制目标的影响。

Moreover, the optimum thickness of ONO stack performs excellently for almost no gate disturbance, no read disturbance and long data retention. Even after 10K P/E cycling stress, the error bit wouldn't happen in such device's sensing window. As a result, the WSG-SONOS memory with split-control gate in NAND array is very adapted for the 2 bit/cell mode with multi-level operation.

此外，利用最佳化的ONO厚度可以达到非常优秀的抗闸极扰动、抗读取扰动与长时间资料保存的能力；即使经过一万次的重覆写入/抹除的操作后，仍能够保有原始的临界电压窗差值并在位元感测区间的范围之内，而不会有位元判断错误的结果发生。

It is capable of compensating for the influence of air disturbance on the optical path.

设计了一种共光路声光调制激光外差干涉仪，它能抵消干涉光路中空气扰动的影响，实验证明它对空气扰动的抑制是有效的。

In order to detect the strong influence points in attribute sequence, this paper introduces the perturbation theory of autocorrelation function in the mean time having several minute perturbations.

为了探测时间序列中的强影响点，介绍了同时对几个点作微小扰动时自相关函数的扰动理论。

Singer Leona Lewis and former Led Zeppelin guitarist Jimmy Page emerged as the bus transformed into a grass-covered carnival float, and the pair combined for a rendition of "Whole Lotta Love".

歌手leona刘易斯和前率领的飞艇的吉他手吉米页出现巴士转化为基层所涵盖的嘉年华花车，和一双合并为一移交&整个lotta爱&。

This is Kate, and that's Erin.

这是凯特，那个是爱朗。