投影显示系统的研究与设计
目录
目录
摘要..................................................................................................................................... I ABSTRACT ....................................................................................................................... I I 目录.................................................................................................................................. IV CONTENTS ..................................................................................................................... VI 第一章绪论. (1)
1.1研究背景及意义 (1)
1.2相关领域研究现状 (1)
1.3研究的主要内容 (2)
第二章大孔径舞台成像变焦系统设计 (4)
2.1引言 (4)
2.2系统结构选型与技术路线 (4)
2.3变焦系统的光学设计过程 (5)
2.3.1变焦系统设计参数 (6)
2.3.2变焦系统的结构设计 (7)
2.4设计结果和技术试验 (7)
2.4.1光学优化 (7)
2.4.2变焦系统的凸轮设计 (9)
2.5照明测试 (11)
2.6小结 (12)
第三章DLP微投影显示光学系统设计 (13)
3.1引言 (13)
3.2投影显示技术简介 (13)
3.2.1投影显示类型 (13)
3.2.2投影机主要性能指标 (15)
3.3DLP投影机的结构介绍 (17)
3.3.1光源 (17)
广东工业大学硕士学位论文
3.3.2D MD芯片原理 (17)
3.3.3均光系统 (19)
3.3.4T IR棱镜 (22)
3.4DLP投影物镜设计与优化 (23)
3.4.1投影物镜技术指标 (23)
3.4.2投影物镜初始结构 (26)
3.4.3Z EMAX优化步骤 (27)
3.4.4投影物镜优化结果 (29)
3.5DLP投影照明系统设计 (31)
3.5.1T IR透镜准直 (31)
3.5.2透镜阵列均光 (32)
3.6DLP投影机系统仿真及分析 (33)
3.7小结 (35)
第四章基于自由曲面的头盔式显示光学系统设计 (36)
4.1引言 (36)
4.2设计过程 (36)
4.2.1系统结构选型 (37)
4.2.2系统设计参数 (38)
4.2.3设计结果与分析 (39)
4.3结构对比分析 (42)
4.3.1F FS棱镜与传统旋转对称式结构 (42)
4.3.2F FS棱镜与折反射结构 (43)
4.4小结 (44)
总结 (45)
参考文献 (47)
攻读硕士期间所获的成果 (51)
学位论文独创性声明 (52)
学位论文版权使用授权声明 (52)
致谢 (53)
CONTENTS
CONTENTS
ABSTRACT(CHINESE)................................................................................................... I ABSTRACT ...................................................................................................................... I I CONTENTS(CHINESE)................................................................................................ IV CONTENTS .................................................................................................................... VI CHAPTER ONE INTRODUCTION . (1)
1.1 Research background and significance (1)
1.2 Research status of related field (1)
1.3 Main content of the study (2)
CHAPTER TWO DEDIGN OF LARGE-APERTURE STAGE ZOOM IMAGING SYSTEM (4)
2.1Introduction (4)
2.2System structure selection and technical route (4)
2.3Optical design process of the zoom system (5)
2.3.1Z oom system design parameters (6)
2.3.2Z oom system structure design (7)
2.4Design results and technical tests (7)
2.4.1O ptical optimization (7)
2.4.2C am design of zoom system (9)
2.5Lighting test (11)
2.6Summary (12)
CHAPTER THREE DESIGN OF DLP MICRO PROJECTION DISPLAY OPTICAL SYSTEM (13)
3.1 Introduction (13)
3.2 Projection display technology brief (13)
3.2.1P rojection display type (13)
3.2.2P rojector main performance indicators (15)
3.3 Introduction to DLP Projector (17)
广东工业大学硕士学位论文
3.3.1L ight source (17)
3.3.2P rinciple of DMD chip (17)
3.3.3U niform light system (19)
3.3.4T IR prism (22)
3.4 Design and optimization of DLP projection objective (23)
3.4.1P rojection objective technical indicators (23)
3.4.2P rojection objective structure (26)
3.4.3Z EMAX optimization step (27)
3.4.4P rojection objective optimization results (29)
3.5 Design of DLP Projection Lighting System (31)
3.5.1T IR lens alignment (31)
3.5.2L ens array averaging (32)
3.6 DLP projector system simulation and analysis (33)
3.7 Summary (35)
CHAPTER FOUR DESIGN OF HELMET-MOUNTED OPTICAL SYSTEM BASED ON FREEFORM SURFACE (36)
4.1 Introduction (36)
4.2 Design process (36)
4.2.1 S ystem structure selection (37)
4.2.2 Symtem design parameters (38)
4.2.3 D esign results and analysis (39)
4.3 Comparative analysis of structure (42)
4.3.1 F FS Prism and Conventional Rotary Symmetrical Structure (42)
4.3.2 F FS prism and catadioptric structure (43)
4.4 Summary (44)
CONCLUSIONS (45)
REFERENCES (47)
RESULTS OBTAINED DURING THE MASTERS (51)
THE ORIGINAL STATEMENTS (52)
CONTENTS
DISSERTATION COPYRIGHT LICENSING STATEMENTS (52)
ACKNOWLDGEMENTS (53)