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首页> 外文期刊>Bioinspiration & biomimetics >Design and fabrication of a multifocal bionic compound eye for imaging
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Design and fabrication of a multifocal bionic compound eye for imaging

机译：用于成像的多灶性仿生复合眼的设计和制作

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摘要

Miniaturized bionic compound eyes featured with multi-aperture imaging have potential applications in the areas of micro opto-electro-mechanical-system. In this manuscript, we present a novel structure of the bionic compound eye with multiple focal lengths consists of an array of individual lenses with 1000 mu m diameter. The simulation results of the designed multifocal bionic compound eye (MBCE) with two focal lengths of 190 mm and 44.4 mm demonstrate excellent two-order focusing abilities. Moving mask exposure technology was used to fabricate the designed MBCE with the corresponding imaging experiments conducted to validate the two-order imaging ability of the fabricated MBCE. Experimental results revealed that the developed structure has potential applications in diverse optical imaging systems such as three-dimensional imaging and real-time detection of unconfined or fluctuating targets.
机译：具有多孔成像特征的小型化仿生复合眼具有在微光电机系统的区域的潜在应用。 在该稿件中，我们提出了一种新颖的仿生复合眼的结构，具有多个焦距，包括一系列具有1000μm的单个透镜。 设计的多焦点仿生复合眼（MBCE）的仿真结果具有190mm和44.4mm的两个焦距，展示了优异的两个级聚焦能力。 移动掩模曝光技术用于制造设计的MBCE，其进行了相应的成像实验，以验证制造的MBCE的两个阶成像能力。 实验结果表明，发达的结构在多样化的光学成像系统中具有潜在的应用，例如三维成像和非整合或波动目标的实时检测。

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