microlens
microlens
1. 'Negligible' difference in corner fall-off between the M9 and M8 - the new microlens layout has increased offset at the corners to keep the effects of shading to a minimum.
'属于可忽略的角落'的区别两者间的M9和头M8 -新的微透镜设计增加了偏移在角落的阴影保持在最低限度的影响。
2. gradient-index microlens array
[计] 梯度-指数微棱镜阵列
3. Keywords Acrylated hyperbranched polyisophthalate;Microlens;Optical transfer function;Scanning near-field optical microscope;
丙烯酸化超支化聚异酞酸酯;微透镜;光学传递函数;扫描近场光学显微镜;
4. The microlens with long work distance is designed and a transparent template is adopted in order to accommodate accurate aligning of devices with various thicknesses.
为了使系统能适应不同厚度器件的对准，设计了长工作距离的显微镜头并使用透明模板。
5. To improve the low sensitivity, in one embodiment the microlens array is designed to preferentially focus a larger percentage of the light into the PDLs than the PDSs.
为了改善感光度低的问题，在一实施例中，其微透镜阵列设计成能将较大比例之光线优先聚焦到光电二极体PDS以外的光电二极体PDL部位上。
6. Keywords subwavelength diffractive microlens;body-of-revolutionary finite-difference time-domain method;perfect matched layer absorbing boundary conditions;
亚波长衍射微透镜;旋转体时域有限差分法;完全匹配层吸收边界条件;
7. In this paper,a novel method for refractive microlens array fabrication is introduced.Its main idea is similar to that of gray-scale mask method.
介绍了一种制作折射型微透镜列阵的新方法，其主要思想参考了灰阶掩模法。
8. Designed and manufactured by Canon, the sensor produces an outstanding image and offers fantastic performance at high and low conditions, thanks to a new photodiode and microlens construction.
佳能设计和制造，传感器产生一个杰出的形象，并提供在高，低条件下出色的表现，到一个新的光电二极管和微透镜的建设表示感谢。
9. Keywords Photolithography;Digital Mask;DMD;Grayscale;Microlens;Enzyme Etching;
光刻技术;数字掩模;数字微镜装置;灰度;微透镜;酶刻蚀;
10. The embossed microlens array has excellent definition and fine uniformity in its scanning electron micrography (SEM) picture.
制作的微透镜阵列SEM图表明图形台阶清晰、各单元一致性好。
11. Applying an electric field to the actuator creates changes in fluid pressure in the fluidic channel, which in turn changes the radius of curvature (i.e., focal length) of the fluidic microlens.
向致动器施加电场产生射流通道内流体压力的变化，这样又改变了射流微透镜的曲率半径(即焦距)。
12. R. A. Modavis , T. W. Webb, ”Anamorphic Microlens for Laser Diode to Single-Mode Fiber Coupling”, IEEE Photonics Technology Letters, VOL. 7,NO. 7, July 1995.
吕昱宽，”新型四角锥光纤透镜”，国立中山大学通讯工程研究所硕士论文，2003
13. On the basis of Nickel mould plate fabricated by melting photoresist and elec-troforming PMMA cylindrical microlens arrays are fabricated by the replication technology of static casting plastic.
在光刻热熔成型以及电铸复制得到的柱面微透镜阵列镍模板基础上，采用铸塑工艺得到了高质量的PMMA柱面微透镜阵列。
14. Based on the study of the critical angle effect, a new method named step heat-forming photoresist method to expand the N.A. range of microlens array is presents.
在对临界角效应定性研究的基础上,提出了用阶梯光刻热熔法来扩展热熔型微透镜阵列的数值孔径范围。
15. The variable-focus liquid microlens based on electrowetting on dielectric (EWOD), which has the outstanding advantages of simple structures, low power dissipation, easily tunable of focal length, etc.
在提出的各种新型的可变焦微透镜技术中,基于介质上电润湿的微流体透镜由于其结构简单、功耗低、调节焦距方便等众多突出的优点而被人们所重视.
16. The variable-focus liquid microlens based on electrowetting on dielectric (EWOD), which has the outstanding advantages of simple structures, low power dissipation, easily tunable of focal length, etc., is most attractive.
在提出的各种新型的可变焦微透镜技术中，基于介质上电润湿的微流体透镜由于其结构简单、功耗低、调节焦距方便等众多突出的优点而被人们所重视。
17. This technique principle is explained.Then based on partial coherent imaging theory, the process to fabricate the microlens has been simulated.
基于部分相干光成像理论，进行了微透镜制作的计算机模拟。
18. Laser Scanning System with Large Numerical Aperture Microlens Arrays
大数值孔径微透镜阵列激光扫描
19. Planar microlens
平面微透镜
20. Studies on the Optical Proporties of Microlens Array for Planar Intersect Glasses Waveguide[J].
引用该论文 刘德森,胡建明,刘晓东,刘烽.
21. A Novel Microlens Array Made of Ammonium Dichromate Gelatin[J].
引用该论文 庄思聪,朱瑞兴.
22. Measurement and Analysis of Diffraction Efficiency of Fresnel Microlens Arrays[J].
引用该论文 王植恒,陈英,杜春雷.
23. Measurement of Diffractive Efficiency for Fresnel Microlens Arrays[J].
引用该论文 罗风光,曹明翠,赵向军,李洪谱,李再光.
24. Ion Beam Etching of Binary Optics Microlens Arrays and the Test of Diffraction Efficiency[J].
引用该论文 赵光兴,杨国光,陈洪璆,侯西云.
25. Microlens: A term used by some manufacturers to describe their macro lenses.
微摄镜头:一些相机制造商用这个名词描述它的微距镜头。
26. Principle of"Magic Image"of Microlens Arrays
微透镜列阵“幻动像”光学原理
27. microlens array
微透镜阵列
28. Analysis on application of microlens array in DPL
微透镜阵列在DPL中的应用分析
29. The microlens arrays are the important kind of micro-optics elements.
微透镜阵列就是其中一种重要的微光学元件。
30. Study of the display technique of microlens array
微透镜阵列显示技术研究
31. Research on Design, Fabrication of Microlens Array and Integration between Microlens Arrays and CCD Image Sensors
微透镜阵列的设计、制作及与CCD的集成技术
32. The image sensor can include a color filter on a semiconductor substrate, a microlens on the color filter layer, and a carbon-doped low temperature oxide layer on the microlens.
所述图像传感器可包含半导体衬底上的彩色滤光层、所述彩色滤光层上的微透镜、和在所述微透镜上的碳掺杂的低温氧化物层。
33. The fabrication of plane refractive microlens arrays, for instance using the coating technique on the concave microlens plate, is discussed.
探讨了在凹微透镜器件制作基础上利用成膜工艺开展平面折射微透镜器件制作的问题。
34. Research on microlens array for improving the fill factor of CCD image sensors
提高CCD图像传感器填充因子的微透镜阵列的研究
35. This study is intent to investigate the forming for surface microstructure and the optical properties. In this case, we use microlens array method to make possess optical diffuser polymer films.
摘要:本研究主要内容为利用微透镜阵列方式制作具有光扩散增亮性能之薄膜，并针对扩散薄膜表面微结构的形成方式以及光学性能进行探讨。
36. A novel integrated device of optofluidic variable-focus microlens array is proposed to solve the problems of electrical focus-tuning and integration fabrication of microlens array.
摘要提出一种微流控光学变焦透镜阵列芯片，以解决变焦透镜阵列的电控调谐和集成化制造方法问题。
37. A method of fabricating microlens arrays by hot embossing was introduced.
摘要提出一种采用热压印技术制作微透镜阵列的方法。
38. Having a microlens array on one side of the lightguide plate is now widespread in cell phone back-light systems.
摘要目前，市场上流行的手机背光源的导光板基本上为单面网点（球型微透镜阵列）的结构。
39. The fill factor and F number of refractive microlens array fabricated by melting photoresist are increased by reducing developing time.
摘要采用缩短显影时间法改善了光刻胶热熔法制作微透镜阵列的工艺，提高了折射型微透镜阵列的F数(F(上标#))与填充因子。
40. Based on computer, laser modulation, fiber coupling and microlens focusing technology, fiber coupled laser diode array is researched.
摘要采用计算机控制技术、激光器调制技术、光纤耦合技术、微透镜聚焦技术，研究了半导体激光器的线阵。
41. A digital-microlens can be formed by patterning digitally the inorganic material in concentric rings, which works out as a conventional onchip microlens to gather more light onto the photo diode area.
数字微滤镜可以由按照数字构型的无机材料以同心环方式构成，它形成一个传统的芯片上的微滤镜，用于搜集更多的光传递给光敏二极管区。
42. TOMBO mainly consists of ordinary microlens arrays, isolation layer, CMOS or CCD optical detection array and involved imaging reconstruction algorithms.
整个系统主要由普通微透镜阵列，隔离层和CCD或CMOS光探测阵列构成，辅以用于像重建的算法软件。
43. curved microlens array
曲面微透镜阵列
44. This paper presents a new linear scanning optical system,which consists of a pair of microlens arrays in the Galilean telescopic geometry and a common convergent lens.
本文介绍了一种新型的线性扫描光学系统，它由一对处于望远型结构的微透镜阵列和一个普通的会聚透镜组成。
45. A further study on the fabrication of microlens array by melting photoresist is describcd. The formation of aspherical surface is considered.
本文对光刻胶熔融法制作微小透镜阵列的机理进行了进一步深入的理论和实验研究，特别是提出和研究了非球面表面的形成问题。
46. The solid tunable focal length microlens in our study is still a prototype.
本研究所提出之固态调焦透镜兼具微小化、积体化、可单一或阵列使用、及系统整合性高等优点。
47. The main purpose of this thesis is to make an elliptical microlens and put it on optical fibers.
本论文主要目的为制作一椭圆透镜置于光纤上，利用透镜的聚光特性，增加光讯号耦光效率，减少光纤光源讯号的损失。
48. C. C. Chen, M. H. Li, C. T. Chang, G. C. Chi, “Fabrication of High-NA GaN Diffractive Microlens,” Optical MEMS, Lugano, Switzerland, WP3, 2002.
李明洪，“氮化镓高数值孔径微透镜之设计、，”国立中央大学物理研究所硕士论文，2002。
49. The evaluation method for the diffractive efficiency of the binary diffractive microlens array used in Shack- Hartmann wavefront sensor is studied according the project requirements.
根据实际工程需要 ,对用于萨克 -哈特曼波前传感器的二元衍射微透镜列阵衍射效率的评价方法进行了研究。
50. Using the reaction of the crosslinking of ammonium dichromate gelatin after irradiation, a novel microlens array was fabricated.
根据重铬酸铵明胶在受光照后发生交联的原理,采用重铬酸铵明胶作材料制作了微透镜阵列。
51. The results of the simulation show that the illumination of the lightguide plate is double that of a plate with only a microlens array in one side.
模拟结果显示，导光板照度比单面网点的导光板要高出1倍左右。
52. That is, each PDL and PDS receives light from a microlens element 710-A having the same area.
此即，每一光电二极体PDL与PDS都会接收到面积相同之微透镜元件710-A传来的光线。
53. In addition it allows easy and fast upgrades to emerging technologies such as UV-nano imprinting, microlens imprinting, UV-bonding and enhanced bond alignment.
此外，它可以轻松快速升级，新兴技术，如紫外线纳米印迹，微印记，紫外线粘接和加强债券对齐。
54. By this method,a microlens array with good profile,as expected,was successfully fabricated.
用上述方法在实验上获得了微透镜阵列,并有较好的连续面形,符合预期效果。
55. Gray-scale mask technique for microlens device of integrated near-field optical head
用于近场集成光学头微透镜器件的灰度掩模技术
56. Large-area planar microlens for integrated near-field optical head
用于近场集成光学头的面阵平面微透镜
57. MAKE OF Ge FRESNEL MICROLENS ARRAYS USING REACTION ION ETCHING TECHNOLOGY
用反应离子刻蚀技术制作Ge菲涅尔微透镜列阵
58. Large-area Quartz Glass Microlens Array Fabricated by lon Beam Etching for Focal Plane Detectors
离子束刻蚀制作用于红外焦平面探测器的面阵石英微透镜
59. Acceptable Error of Etching Depth in Ion Beam Etching Microlens
离子束蚀刻微透镜中蚀刻深度允许误差的研究
60. Michael R.Wang and Heng Su, ”Laser direct-write gray-level mask and one-step etching for diffractive microlens fabrication”, Appl.Opt., Vol.37, No.32 (1998).
秦志贤，”灰阶光罩于非球面折射式微透镜之制作研究”，国立中兴大学硕士论文，2001。
61. fiber end face microlens
纤维端面微透镜
62. The results show that the characteristics are improved and the costs become lower by using microlens arrays in optical systems.
结果表明微透镜阵列使光学系统的性能得到了改善、成本得到了降低。
63. Conventional micro-lens fabrication technology may be used to fabricate a microlens array that preferentially couples light to the PDLs.
而且，以一般习知之微透镜制造技术即可制作此种能将较多光线聚焦至光电二极体PDL的微透镜阵列。
64. self-focusing microlens
自聚焦微透镜
65. Fresnel diffractive microlens
菲涅耳衍射微透镜
66. T. R. Jay, and M. B. Sterm, “Preshaping photoresusy for refactive microlens fabrication,” Optical Engineering, 33 , pp.11 , 1994.
行政院国家科学委员会，微机电系统技术与应用，民国92年7月。
67. The optimum technology of making gelatin microlens array was discussed.
讨论了制作微透镜阵列的最佳技术条件。
68. In the dissertation body-of-revolution finite-difference time-domain method (BOR FDTD) is employed as the theory mode for the analysis of axially symmetric subwavelength diffractive microlens.
论文中将旋转体时域有限差分法(BOR FDFD)作为分析具有轴对称结构的亚波长衍射微透镜的理论模型。
69. Keywords hyperbranched polyester;photoresist;microlens array;
超支化聚合物;光致抗蚀剂;微透镜阵列;
70. Polymer Microlens Array Fabricated by Soft Lithographic Replication Method
软刻蚀复制技术制作聚合物微透镜阵列
71. Measurement of the Continuous Surface Microlens Array
连续表面微透镜列阵元件检测
72. Through simulation the profiles of refractiue microlens obtained in the different ion beam incident angles can be predicted, which is the basis for optimizing the ion beam etching process and determine the end time of etching process.
通过模拟可以预先获得离子束在不同倾斜入射状态下所得到的折射微透镜的截面轮廓 ,为优化离子束的刻蚀工艺奠定基础 ,同时也可以确定刻蚀过程的终点时刻。
73. liquid crystal microlens array
面阵液晶微透镜
74. Note that the microlens embodiment may be practiced independently of the overflow drain mode.
须注意本微透镜实施例之设计可单独施行，不须搭配前面述及之溢流排出模式。
75. diffractive microlens with high performance
高性能衍射微透镜
76. Research on fused silica microlens arrays with high effective aperture ratio
高有效孔径比面阵石英微透镜阵列研究
