首页> 外国专利> METHOD FOR FORMING THIN FILM CONDUCTOR LAYER OF METALLIC PARTICULATE SINTERED COMPACT TYPE, AND METHODS FOR FORMING METALLIC WIRING AND METALLIC THIN FILM BY APPLYING THE METHOD

METHOD FOR FORMING THIN FILM CONDUCTOR LAYER OF METALLIC PARTICULATE SINTERED COMPACT TYPE, AND METHODS FOR FORMING METALLIC WIRING AND METALLIC THIN FILM BY APPLYING THE METHOD

机译:形成金属颗粒烧结型薄膜导体层的方法,以及应用该方法形成金属布线和金属膜的方法

摘要

PROBLEM TO BE SOLVED: To provide a method for manufacturing a metallic particulate sintered compact exhibiting a good electric conductivity by setting a heat treatment temperature to be used within a range not exceeding at least 200°C at the time of forming a metallic particulate sintered compact layer while a metallic particulate coating layer applied on a substrate is subjected to low-temperature thermal sintering.;SOLUTION: After the coating molecules on a surface are removed from the metallic particulates having a surface coating molecule layer included in a coating layer, the metallic particulates are subjected to low-temperature thermal sintering, and at this time, the metallic particulates are irradiated with energy rays from the surface of the coating layer, and thereafter, the metallic particulates are subjected to a heat treatment at a low temperature (below 15°C), and thereby the removal of the coating molecules of the surface is accelerated and the sintering itself of the metallic particulates is rapidly progressed by such low-temperature heating and the metallic particulate sintered compact exhibiting the good electric conductivity is formed.;COPYRIGHT: (C)2006,JPO&NCIPI
机译:解决的问题:提供一种制造导电性良好的金属微粒烧结体的方法,该方法通过将形成金属微粒烧结体时的热处理温度设定为200℃以上。解决方案:在将涂覆在基板上的金属微粒涂层进行低温热烧结的同时,从表面上的涂层分子中除去具有涂层中包含表面涂层分子层的金属微粒,将微粒进行低温热烧结,这时,从涂层表面向金属微粒照射能量射线,然后,对金属微粒进行低温(15°C以下)热处理。 ; C),从而加速了表面涂层分子的去除,并且烧结本身通过这样的低温加热,金属微粒的快速发展,形成具有良好导电性的金属微粒烧结体。;版权所有:(C)2006,日本特许厅

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