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CONDUCTIVE SILVER NANOPARTICLE COMPOSITE CAPABLE OF MANUFACTURING AN INK HAVING A LOW SINTERING TEMPERATURE AND EXCELLENT SPECIFIC RESISTIVITY, THE INK, AND A METHOD FOR MANUFACTURING THE COMPOSITE
CONDUCTIVE SILVER NANOPARTICLE COMPOSITE CAPABLE OF MANUFACTURING AN INK HAVING A LOW SINTERING TEMPERATURE AND EXCELLENT SPECIFIC RESISTIVITY, THE INK, AND A METHOD FOR MANUFACTURING THE COMPOSITE
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机译:具有制造低烧结温度和优异比电阻率的油墨的导电银纳米颗粒复合材料,油墨以及制备该复合材料的方法
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摘要
PURPOSE: A conductive silver nanoparticle composite is provided to prevent the oxidation of copper by mixing the silver nanoparticles with a copper flake which is coated with the silver and to improve specific resistivity properties.;CONSTITUTION: A conductive silver nanoparticle composite includes a copper flake which is coated with silver and has a plate shape and silver nanoparticles. The length of a longitudinal axis of the copper flake is 2~12 microns and the thickness is less than 100nm. A method for manufacturing a conductive silver nanoparticle ink comprises: a step(S100) of preparing a dispersed liquid; a step(S110) of putting the copper flake and silver nanoparticles into the dispersed liquid; and a step(S120) of forming the ink of paste phase through a stirring process.;COPYRIGHT KIPO 2010
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