首页> 外文会议>Annual meeting of the American Society for Precision Engineering >DIGITAL LITHOGRAPHY MASKING METHOD ON FABRICATION OF PRECISE UNIFORM MICRO-FEATURE ARRAY WITH 16 μm RESOLUTION
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DIGITAL LITHOGRAPHY MASKING METHOD ON FABRICATION OF PRECISE UNIFORM MICRO-FEATURE ARRAY WITH 16 μm RESOLUTION

机译:分辨率为16μm的精密均匀微特征阵列制造的数字光刻技术

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Current demands in various industries such as electronics, optics, aerospace, and biotechnology need manufacturing process that can fabricate micro-parts. Micro-feature fabrication requires reliable and repeatable methods [1]Protein microarrays constitute a significant tool for studying biomolecular. One of it type is microwell chip. They consist of spatially arranged protein spots immobilized usually on planar surfaces. The most common industrially accessible fabrication method of protein microarrays is based on attachment of proteins on chemically derivatized glass slides [2], where protein solutions are delivered by means of high-precision printing robots [3].
机译:电子,光学,航空航天和生物技术等各个行业的当前需求都需要能够制造微型零件的制造工艺。微特征制造需要可靠且可重复的方法[1]蛋白质微阵列构成了研究生物分子的重要工具。一种类型是微孔芯片。它们由通常固定在平面上的空间排列的蛋白质斑点组成。蛋白质微阵列在工业上最常见的制造方法是基于蛋白质在化学衍生的载玻片上的附着[2],其中蛋白质溶液是通过高精度印刷机器人[3]递送的。

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