欢迎访问行业研究报告数据库

行业分类

当前位置:首页 > 报告详细信息

找到报告 1 篇 当前为第 1 页 共 1

平流微模塑的透湿性模板印刷电子特性

Characterization of Advective Micromolding in Vapor-Permeable Templates for Printed Electronics

作者:John Herr Albert;Pisano, Ed. 作者单位:Electrical Engineering and Computer Sciences University of California at Berkeley 加工时间:2015-07-07 信息来源:EECS 索取原文[52 页]
关键词:可渗透模板;纳米粒子;电子特性
摘 要:Significant efforts have been made in recent years to develop new patterning methods for printed sensors and electronics that are simpler and allow for new materials to be patterned compared to traditional fabrication processes. One newly conceived patterning method is the use of advective micromolding in vapor-permeable templates (AMPT) [1]. AMPT is a single-step additive patterning process that uses permeation pumping to pattern and concentrate a nanoparticle ink inside a permeable template, resulting in close-packed nanoparticle features. This process can be performed at low pressure and temperature, and is compatible with printing materials such as nanoparticles and polymers that can be difficult to print with other methods.
© 2016 武汉世讯达文化传播有限责任公司 版权所有 技术支持:武汉中网维优
客服中心

QQ咨询


点击这里给我发消息 客服员


电话咨询


027-87841330


微信公众号




展开客服