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MANUFACTURING METHOD OF A 3D SPIRAL ACTUATOR CAPABLE OF FREELY CONTROLLING THE COLOR AND FORM OF AN ACTUATOR BY HYDRO GEL, PHOTONIC CRYSTAL AND OUTSIDE STIMULUS BY THE BOND OF A ACTUATOR
MANUFACTURING METHOD OF A 3D SPIRAL ACTUATOR CAPABLE OF FREELY CONTROLLING THE COLOR AND FORM OF AN ACTUATOR BY HYDRO GEL, PHOTONIC CRYSTAL AND OUTSIDE STIMULUS BY THE BOND OF A ACTUATOR
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机译：能够通过水合凝胶自由控制水合物的颜色和形状，光子晶体和外部刺激的3D螺旋式驱动器的制造方法
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摘要
PURPOSE: A manufacturing method of a 3d spiral actuator is provided to manufacture the new actuator in which the various technologies are welded by embodying the new one-dimensional scroll structure and 3D photonic actuator.;CONSTITUTION: A manufacturing method of a 3d spiral actuator comprises the following steps. The silica nano colloid FCC(Fluidized Catalytic Cracking) single crystal is formed in the fluorinated surface of the mold substituted for fluorine. The monocrystal is self-assembled and the photonic crystal is formed. The non-polar PDMS(Polydimethyl Siloxane) precursor is thermally hardened in the space of the photonic crystal with addition. The methacryloxypropyl-trimethoxysilane single layer is placed on the oxygen plasma-treated PDMS layer.;COPYRIGHT KIPO 2012
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