查询词典 exciting

The simulation results indicate that the new algorithm is very efficient. The design of the exciting signal is also a key problem in system identification, especially for the nonlinear system identification. Firstly, a Kronecker product representation of the truncated Volterra series is utilized to analyze the persistent exciting condition of the input signal.

分析了为估计被分析对象的GFRF模型，而获得系统输入输出信息受到各种干扰污染的必然性，在将基于Volterra级数描述的非线性系统辨识归结为一最小二乘问题之后，提出了利用TLS算法来降低非线性系统输入干扰对辨识精度的影响。

In order to research dielectric barrier discharge characteristics at characteristics at various exciting voltage peak V(subscript P-P and dielectric thickness l(subscript d, a DBD experiment system was established. Using Q-V Lissajous figure method, the effect of exciting voltage peak V(subscript P-P and dielectric thickness l(subscript d on the main discharge parameters were studied.

为了解介质阻挡放电在不同激励电压峰值V和介质厚度l下的放电特性，通过建立介质阻挡放电试验系统，采用Q-V Lissajous图形法研究了激励电压峰值V、介质厚度l对DBD主要放电参量的影响。

And there was Schubert. The one in A Minot with the lovely andante thene from Rosamunde. This, of course, led to the exciting Death and the Maiden…more exciting than any earthly woman.

这是舒伯特得 A 短调，这可爱缓慢得旋律出自《 Rosamunnde 》，它引领大家进入了动人《死亡与少女》――世上没有比她更动人得女人了。

In response to the relationship between cavitations and wake gradient, this paper puts forward 3 kinds of calculating model of propeller exciting force , then puts the actual exciting force into pattern formula, and then obtains a new formula to predict propeller-induced hull surface pressure fluctuations by analyzing and calculating some actual ships.

在深入研究国内外螺旋桨激振力计算方法以及综合分析影响螺旋桨激振力的各种要素的基础上，根据空泡数和伴流梯度的关系，本文提出三种螺旋桨脉动压力的计算模型，将反推得到的实际激振力分别代入模型公式，应用数学统计方法对几条实船进行计算分析，得到用于预报螺旋桨表面力的新公式。

The first time to the seamount, and a good exciting exciting.

第一次去海山，好兴奋好兴奋。

In someone's mind,life is a hard dinner,to swallow it, seasoner and exciting are indispensable,what a exciting life they are living!

在有些人眼里，人生是一碟乏味的菜，为了咽下这碟菜，少不了种种作料，种种刺激。他们的日子过得真热闹。

At the same time, the self—exciting force with indicial function formulae put forward by R. H. Scanlan is extended to the three— dimension analysis and separated into the quasi—steady part and the part related to the past history of the structure. The former is interpreted by the aerodynamic damping and aerodynamic stiffness, the later, by the load. Then, the self—exciting force related to the structure motions can be easily introduced.

然后，将Scanlan提出的自激力的阶跃函数表达方法推广运用于三维分析，并将自激力分为似定常部分和与过去响应历程有关的部分，进而分别用气动阻尼、气动刚度和外荷载的形式来描述，从而实现了引入与结构运动相关的自激力。

For the current misdistribution caused by contiguity effect between the exciting windings not being taken into account in traditional mathematical model, the bigger calculation error of harmonic voltages is brought out when the high frequency alternating current flows in the exciting windings.

传统的数学模型未考虑激磁绕组邻近效应引起的电流分布不均对输出电势的影响，从而会在高频下带来较大的谐波电势计算误差。

In communication exciting circumstance falls, when exciting frequency is changed, motorial yuan ISI alignment goes out to add periodic phenomenon now.

在交流刺激情况下，当刺激频率改变时，运动神经元的ISI序列出现加周期现象。

E. thickness of the copper wire wall, length of the single conductor wire, height of the solenoid, the exciting current and the current density, the working temperature of the conductor, time of exciting and demagnetizing, the cooling water pressure and flux density, etc..

所建立的数学模型包含3个目标函数（即能耗极小化目标函数、铜耗极小化目标函数和纯铁用量极小化目标函数）、7个设计变量（即铜管规格参数a、b、t，线圈匝数N〓、N〓，铁铠磁通密度B〓和冷却水压p）和8类14个约束条件（即铜管壁厚、单饼导线长度、螺线管高度、激磁电流与电流密度、导体工作温度、激退磁时间，冷却水压和铁铠磁通密度等约束条件）。

The system can be widely used in belt weighing and batching process control,etc.

介绍了基于智能模糊控制的嵌入式配料系统的设计方法，对模糊PID控制过程和系统调零作了重点的讨论，同时给出了PID控制的程序流程图和系统定长调零子程序。

"I dunno," she answered,"but if you show me aroun', I'll recognize it from the lighthouse just outside the porthole."

"我不知道，"她回答说，"如果你能带我转转，我能认出来的，因为灯塔就在舷窗外。"