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SURFACE MODIFICATION METHOD OF FLUORINE BASED POLYMER BY USING ELECTRON BEAM IRRADIATION CAPABLE OF SIMPLY MODIFYING SURFACE PHYSICALLY AND CHEMICALLY, AND THE FABRICATION OF SUPERHYDROPHOBIC SURFACE USING THE SAME
SURFACE MODIFICATION METHOD OF FLUORINE BASED POLYMER BY USING ELECTRON BEAM IRRADIATION CAPABLE OF SIMPLY MODIFYING SURFACE PHYSICALLY AND CHEMICALLY, AND THE FABRICATION OF SUPERHYDROPHOBIC SURFACE USING THE SAME
PURPOSE: A surface modification method of a fluorine based polymer is provided to simply modified the surface of a fluorine based polymer to have superhydrophobicity.;CONSTITUTION: A surface modification method of a fluorine based polymer comprises a step of modifying the polymer to have ultrahydrophobic surface by irradiating an electron beam to the polymer. The fluorine based polymer film is a polytetra fluoroethylene film. The thickness of the fluorine based polymer is 1-500 micron. The energy of the electron beam is 10-500 keV. The electric current density of the electron beam is 1-20 uA/cm^2. The irradiation dose of the electron beam is 1×10^16 - 1×10^19 electrons/cm^2.;COPYRIGHT KIPO 2012
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机译：目的：提供一种氟基聚合物的表面改性方法，以简单地将氟基聚合物的表面改性为具有超疏水性。;构成：氟基聚合物的表面改性方法包括将聚合物改性为具有超疏水性表面的步骤通过向聚合物照射电子束。氟基聚合物膜是聚四氟乙烯膜。氟基聚合物的厚度为1-500微米。电子束的能量为10-500 keV。电子束的电流密度为1-20 uA / cm ^ 2。电子束的照射剂量为1×10 ^ 16-1×10 ^ 19电子/cm^2.;COPYRIGHT KIPO 2012
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