Chinese translation for "一阶摄动"

first order perturbation

Related Translations:

摄象:  camera lensimagingshoot

最大摄:  vo2max

宇宙飞船摄象:  spacecraft imagery

仰摄座:  hihattop hat

直接摄象:  direct pickup

倒摄助长:  retroactive facilitation

近摄距离:  minimum photographic distance

固摄止血:  astringing for hemostasis

特殊摄动:  special perturbation

跟摄标记:  followup mark

Example Sentences:

	1.	It is pointed out that the results identified by the 1st order perturbed identification method can satisfy the demand for engineering accuracy 指出一阶摄动识别的结果可以满足工程实际的精度要求。
	2.	Based on the first order perturbing solutions , the thesis obtained the long term relative perturbation of equal semi - major axis formation , which is removed by adjusting semi - major axis of the flying - around satellite 接着，基于一阶摄动解，得出了等半长轴绕飞编队的长期相对摄动规律，并通过调整环绕卫星的半长轴消除了长期相对摄动。
	3.	In this case , we give the formulas to caiculate first - to third - order perturbation coefficients of the eigenvalues and first - to second - order perturbation coefficients of the eigenvectors . 1n second case where the eigenprobiem for the first - order perturbation coefficients of a defective eigenvalue hajs repeated eigenvalues , we give the formulas to calculate the first - to third - order perturbation coefficients of the eigenvalues and first order perturbation coefficients of the eigenvectors . the third case is an extension of the first case , where one of the first - order perturbation coefficients of the eigenvalues associated with the lowest - order jordan blocks is zero 第一种情形是特征值一阶摄动系数都不相同，在这种情形下，我们给出了计算特征值1到3阶摄动系数以及计算特征向量1到2阶摄动系数的计算公式；第二种情形是特征值一阶摄动系数有相等的情形，在这种情形下，我们给出了计算特征值1到3阶摄动系数以及计算特征向量1阶摄动系数的计算公式；第三种情形是第一种情形的扩展，此时对应于最低阶jordan块的特征值一阶摄动系数有一个是零。
	4.	The first - order perturbation method correct for forcing decoupling method based on perturbation theory is put forward to decrease error ; iii . the complex modal method is introduced into analysis of non - classical damping systems to eliminate error of forcing decoupling method , and improve the complex modal response spectrum , which can apply to design of non - classical damping systems ; iv . for exerting the energy dissipation capability of each device , a two - step optimum method , whose controlling function is extremum expectation of interbedded displacement , is put forward to optimize the number and position of device ; v . the problem of iterative method applied to analyze energy dissipation systems is indicate , and give some primary advice based on pilot study 为改善上述缺点，本文进行了以下的研究工作：在忽略耗能器附加质量的基础上，推导出适用于耗能减震结构的摄动法，减少振型分解法在迭代计算过程中的工作量，加快计算速度；针对运动方程的强行解耦所产生的误差，根据摄动法原理，对其进行一阶摄动修正；为消除强行解耦振型分解法用于非比例阻尼结构分析时产生的误差，引入状态空间对系统进行复模态分析，并改进了基于复模态理论的、适用于非比例阻尼结构设计的双反应谱方法；对于耗能器的数量和位置优化进行了一些探讨和研究。

Similar Words：

"一阶求导" Chinese translation, "一阶求导, 一阶求微" Chinese translation, "一阶曲线" Chinese translation, "一阶蠕变" Chinese translation, "一阶上同调运算" Chinese translation, "一阶时间微分" Chinese translation, "一阶时滞" Chinese translation, "一阶式梯" Chinese translation, "一阶衰减模型" Chinese translation, "一阶锁相环" Chinese translation