This paper presents a novel way of laser beam steering based on micro lens array and driven by voice coil actuator.
本文提出了一种利用音圈电机驱动微透镜阵列，实现激光束方向控制的新方法。
Thus, a zero gap is realized, where no gap between micro lenses exists, and the fill factor of micro lens is maximized.
因此，实现了零间隙，即，在微透镜之间不存在 间隙，微透镜的填充系数被最大化。
The mostly used techniques to improve the coupling efficiency and alignment tolerance include using micro single lens, micro lens group and lensed fiber.
通常采用单个透镜，透镜组或者光纤微透镜的方式来改善半导体激光器的出射光束质量，提高耦合效率和容忍度。
Referring to Figure 7a, a micro-lens array having an array of individual lens elements 710-a May be used to focus light into the photodiodes.
请参照图七a，具有个别微透镜元件710- A之微透镜阵列可用以将光线聚焦在光电二极体上。
The arrangement of pixels under a cell of the imitating micro-lens array is presented.
最后提出一种仿微透镜阵列单元下的像素排布方法。
The manufacturing technique of micro-lens arrays is complicated and expensive, thus limiting the application of the technology.
由于微透镜板制造工艺复杂、成本高，大大限制了该技术的广泛应用。
The property of the prepared micro-lens is stable and they have fully fulfilled the users' demand.
制备的微镜片性能稳定，已经完全达到用户的需求。
Precise measurement of surface profile of liquid is one of key problems for fabrication of aspherical lens liquid micro-lens.
对液滴透镜面形的精确测量是用液滴法制作非球面液滴透镜的关键问题之一。
The spherical gradient refractive index micro-lens with small volume and short optical path can be easily shaped and conveniently adjusted, and has no spiral rays and low spherical aberration.
球对称梯度折射率微球透镜具有体积小、光路短、外形易加工、使用易调整，且无螺旋光线、像差小等优越性能。
The spherical gradient refractive index micro-lens with small volume and short optical path can be easily shaped and conveniently adjusted, and has no spiral rays and low spherical aberration.
球对称梯度折射率微球透镜具有体积小、光路短、外形易加工、使用易调整，且无螺旋光线、像差小等优越性能。
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