CAJ | 학술논문

物体表面具有一些特定形状的微结构特征从而使该物体具有了一些特定的物理、化学等功能，这种具有一定功能的微结构特征称之为微结构功能表面，其具有的超疏水、减阻、隐身等特性在航空、航天以及平板显示、照明、太阳能等领域有着广泛应用前景。本文在分析微结构功能表面机理和应用的基础上，比较了微结构特征不同加工工艺的特点，超精密机械加工工艺也成为微结构特征的一种重要加工方式。
물체표면구유일사특정형상적미결구특정종이사해물체구유료일사특정적물리、화학등공능，저충구유일정공능적미결구특정칭지위미결구공능표면，기구유적초소수、감조、은신등특성재항공、항천이급평판현시、조명、태양능등영역유착엄범응용전경。본문재분석미결구공능표면궤리화응용적기출상，비교료미결구특정불동가공공예적특점，초정밀궤계가공공예야성위미결구특정적일충중요가공방식。
The object surface with the microstructure character of special shape have the special function of physics and chemical, it is called microstructure function surface. It has broad application in the aviation, aerospace and the civilian field, such as panel display, lighting and solar energy, etc., because of its special characteristic such as super-hydrophobic, anti-adhesion and drag, cloaking, etc. The different machining technology of the microstructure is compared based on the analysis on the mechanical and application of microstructure function surface. The ultra-precision machining technology would be become the very important way of the microstructure machining.