| 1. | Quasi - symmetric coupled quantum well and optimal design for optical switch structure
准对称耦合量子阱与光开关结构优化设计 |
| 2. | 2 a method for recover of switch structure of changing semi - automatic into automation in decompiletion is proposed
提出了将开关结构的半自动恢复改进成全自动恢复的方法。 |
| 3. | The recovery program using it can translate different switch structures into intermediate code in the same form
恢复程序可以根据这些信息将不同开关结构转换成统一格式的中间代码形式。 |
| 4. | Using the method of simulation calculation and compare , we choice the structure of y - branch balance bridge interference switch
经过模拟分析和比较，选择y分叉平衡桥路干涉型光开关结构。 |
| 5. | Using these patterns , the recognition program can recognize the type of switch structure boot and obtain relating information
识别程序使用这些模板，识别开关结构引导区类型，获取相关信息。 |
| 6. | Typically , there are three kinds of different structures of micro - switch : cantilever beam , fixed - fixed beam ( air bridge ) and torsion beam , all of these are actuated by electrostatic force
常见的开关结构有悬臂梁、空气桥和扭转摆三种，目前均采用静电驱动方式。 |
| 7. | In this dissertation , the design of the boa - rype waveguide optical switch mainly consists of two parts : 1 . the design of rib waveguide and structure
本文所设计的gaas gaalas双异质结材料boa光开关的设计包括两部分：脊波导和开关结构设计以及电极结构的设计。 |
| 8. | So it is important to develop the theoretical analysis , structural design , mechanical technology of mems optical switch and it will contribute significantly to the development of optical fiber communications
文章首先介绍了基于微光电子机械系统( moems )技术的mems光开关的应用范围、研究现状和一些典型的光开关结构。 |
| 9. | This thesis gives an analysis of a kind of micro - switch with cantilever structure ; analyzes and calculates the defection of cantilever in detail ; presents the fabrication process of micro - switch with cantilever beam ; the performance of this thesis is as following : chapter one : outlined the mems technology and micro - switch . analyzed different structures of micro - switch and presented the main task of this thesis . chapter two : analyzed deformation and calculated the deflection , internal forces , and touch force of uniform cantilever beam and non - uniform cantilever
本文对悬臂梁式的微开关结构进行了设计、分析和讨论，计算了悬臂梁在电场力作用下的变形和受力特性，给出了一种悬臂梁式机构微开关的微机械工艺，并对驱动微开关的高压升压电路进行了分析和设计。 |
| 10. | It is not only important but also very difficult / this paper analyses the form and the feature and the expression of c language switch structure in executable file . a pattern . language is defined to describe the recognition pattern of switch structure boot . the design principle and the realization method are introduced about the recognition program and the recovery program of switch structure
本文分析了c语言开关结构在可执行文件中的形式、特点和表示；定义了一种模式语言，用以描述开关结构引导区识别模板；给出了开关结构识别程序和恢复程序的设计原理及实现方法。 |
