| 1. | Design of diffractive optical elements by step iterative algorithm
采用分步迭代算法设计制作衍射光学元件 |
| 2. | Diffractive optical elements in illuminating systems for national defense and secutity
在国防安全照明系统中应用的衍射光学元件 |
| 3. | The electronic addressed liquid crystal display forms different diffractive optical elements
该电寻址液晶显示器可形成不同的衍射光学元件。 |
| 4. | It is useful in many applications to fabricate large computer - generated diffractive optical elements ( does ) on curved surfaces
在曲面上制作衍射光学元件有很多重要的应用。 |
| 5. | If it is combined with high quality reduction projecting system , the fabrication of sub - micron diffractive optical elements can be realized completely
数字微镜如果结合高质量的高倍精缩投影光学系统，完全可实现亚微米级衍射微光学元件的制作。 |
| 6. | The applications of diffractive optical element ( doe ) to imaging system are increasing progressively along with the developments of diffractive optics
衍射光学元件（ diffractiveopticalelement简称doe ）在成像系统中的应用随着衍射光学的发展日益广泛起来。 |
| 7. | Laser direct writing ( ldw ) is an advanced fabrication technique for < wp = 5 > diffractive optical elements ( doe ' s ) . so far the level of fabricating by ldw technique is too low to satisfy the demands of the application in china
激光直写是衍射光学元件的一种先进制作技术，国内激光直写制作技术的水平远没有达到实际应用的要求。 |
| 8. | Laser direct writing ( ldw ) is an advanced fabrication technique for diffractive optical elements ( does ) . ldw equipment adopting laser direct writing technique is substance foundation for researching and manufacturing does
激光直写是衍射光学元件的一种先进制作技术，激光直写设备是采用激光直写技术制作衍射光学元件并开展其研究的物质基础。 |
| 9. | Instrument technology research center ( itrc ) has devoted to limited and diversified ultra - precision components fabrication for more than 30 years , and established various aspheric optics fabrication units , precision centering machines , and micro lens and diffractive optical element ( doe ) machining devices in the past years
摘要为配合国内光电产业之蓬勃发展，仪器科技研究中心在既有之传统光学加工与精密光机元件、微光学元件以及非球面光学元件之加工与检测技术能量上，于94年度引进五轴超精密钻石车削轮磨机，以扩展完整的光学工程技术阵容，满足多样性之研发需求。 |
| 10. | In this paper , series of work about the fabrication of large computer - generated diffractive optical elements on curved surfaces is carried out supported by the national natural science foundation ( 60078006 ) and state key laboratory of applied optics of the chinese academy of science . 1
本文在国家自然科学基金( 60078006 )和中科院创新基金( 2002lq4 ) ，以及中科院应用光学国家重点实验室的资助和支持下，开展了利用光刻技术在大口径凹球面玻璃基底上制作衍射光学元件的相关工作： 1 |
