| 1. | This paper consists of two chapters : chapter i is about digraph theory and chapter ii is about infinite - dimensional linear system theory
本文分别在第一章与第二章讨论有关有向图与无穷维线性系统的具体问题。 |
| 2. | Total dose effect is simulated for c4007b , cc4007rh and cc4011 devices at different absorbed dose rate by using linear system theory
摘要利用线性响应理论模型模拟c4007b 、 cc4007rh和cc4011器件受不同射线剂量率辐射时的总剂量效应。 |
| 3. | The usual design of the magnetic controller always linearizes around the balance point and bases on the linear system theory to design the linear controller
磁悬浮轴承的控制器设计通常是在平衡点附近进行线性化，按照线性理论设计线性控制器。 |
| 4. | Based on the chaotic theory and non - linear system theory , a new active flow control technology - the synthetic jet technology , appeared several years ago
基于混沌理论及非线性系统特征的合成射流技术是国际上近几年提出的一种全新的流动主动控制技术。 |
| 5. | In this paper we deal with two aspects of applied mathematics , one is digraph theory and the other is infinite - dimensional linear system theory
本文将研究两个方面的内容：有向图理论与无穷维线性系统。这两个方面是应用数学中的两个非常重要的研究领域。 |
| 6. | Based on the model , the decoupling design of the system by the method of nonlinear decoupling are presented and a linear model is resulted . then , linear system theory can be used to analysis and design the system
在所建模型的基础上,本文用非线性解耦方法对其进行了解耦设计,得到一个线性模型,这样就可以用线性系统理论对其进行分析和设计。 |
| 7. | Now the subject of modeling and identifying various nonlinear systems has attracted many researchers . however , it is difficult for the classical identification methods based on the linear system or intrinsically linear system theory to provide satisfactory results
当前，对各种非线性系统的建模、辨识己引起人们的广泛注意，但是，使用建立在线性或本质线性系统基础上的传统辨识方法难以获得理想结果。 |
| 8. | When irradiation response and dose are linear , total dose radiation and post - irradiation annealing at room temperature are determined for one random by choosing absorbed dose rate , and total dose effect at other absorbed dose rate can be predicted by using linear system theory
研究结果表明，辐射响应与吸收剂量成线性关系时，在实验室选用任一特定剂量率进行总剂量辐射和辐照后室温退火，可以通过线性响应理论模拟其它剂量率辐射下的总剂量效应。 |
| 9. | Furthermore , the well - known separation principle for designs of controllers and observers in linear system theory are proved to be hold for fuzzy large - scale systems considered in this dissertation , which is important for analysis and design problems of controllers and observers of interconnected fuzzy large - scale systems
并证明了对于关联模糊大系统而言，线性系统中著名的控制器及观测器设计的分离原理也是成立的，这对于非线性关联模糊大系统控制器与观测器的分析与设计问题具有重要的意义。 |
| 10. | This paper establishes the mathematic model according to the second law of newton and the foundation of the dynamics and analyses respective the force of cart and pendulum adopted the concept of " the equivalent cart " to linearization . the paper specialize the control ability of pendulum system using linear system theory and perform the control of the inverted pendulum applying state feedback theory through pole collocate
本文首先利用牛顿第二定律及相关的动力学原理建立二级倒立摆的数学模型，对小车和摆分别进行受力分析，并采用等效小车的概念进行线性化处理，并运用线性系统理论分析了这个系统的能控性，提出了应用状态反馈理论，通过极点配置实现对倒立摆的控制。 |
