查看原文
其他

【学术视频】2019微纳科技与产业国际论坛 | 美国加州大学戴维斯分校Adam Moule教授

KouShare 蔻享学术 2021-04-25

更多精彩视频登陆网站

www.koushare.com




 | Adam Moule

题   目:Rapid and non-destructive optical patterning of conjugated polymers for device applications报告人:Adam Moule单   位:University of California, Davis

时   间:2019-10-21

地   点:南京瑞斯丽酒店

扫码观看精彩报告视频

报告摘要

A significant obstacle for the industrial development of organic electronic devices is the lack of a patterning technology having the disruptive power that photolithography exerted in traditional microelectronics. Here we present a new scalable patterning technology for organic semiconductors that takes advantage of the existing photolithography infrastructure and is compatible with digital direct-write patterning and sequential roll-to-roll (R2R) solution coating. The Moule group works on a series of solubility control techniques including the use of marginal solvents and polymer doping, that reduce the solubility of polymers at room temperature, but allow patterning at elevated temperatures. Using these techniques, we are able to vertically stack and laterally pattern mutually soluble polymer layers, which are vital processing steps needed to expand the use of organic semiconductors in device applications. Optimization of these techniques has yielded diffraction limited film patterning with regular features of 200-300 nm with only solution processing steps and direct write laser patterning. We have also recently shown that vertically patterned layers are stable, even with solvent exposure times of hours. This presentation will cover the fundamentals of optical patterning of organic semiconductors and delve into details of how to create doped microdomains, dopant diffusion, and the relationship between polymer crystallinity, dopant diffusion rate, and pattern fidelity.


个人简介

Adam Moule received a Ph.D. in Physical Chemistry from the University of California, Berkeley in 2003, studying under Alex Pines. From 2004-2005 he was an Alexander von Humboldt postdoctoral scholar at the University of Cologne studying under Klaus Meerholz. Adam was an assistant professor of Chemical Engineering and Materials Science from 2007-2012 at the University of California, Davis and became a full professor of Chemical Engineering in 2019. In 2016, he won an Alexander von Humboldt sabbatical award to study at the Max Planck Institute for polymer theory. In 2017 Adam was chosen as a UC Davis chancellor’s scholar for research excellence. In 2018 he became the Joe and Essie Smith endowed chair of chemical engineering at UC Davis.

会议简介

动主题:2019微纳技术与产业国际论坛

活动时间:2019年10月22日

活动地点:南京江北新区浦滨路207号瑞斯丽酒店5楼

主办方工业和信息化部人才交流中心、南京市江北新区管理委员会


—— ——往期精彩回顾—— ——【学术视频】2019微纳科技与产业国际论坛 | 香港大学张翔院士:突破衍射极限的光子科学【学术视频】2019微纳科技与产业国际论坛 | 德国柏林工业大学Dieter Bimberg院士:Green Data Communication: The Next Challenge after 5G【学术视频】2019微纳科技与产业国际论坛 | 欧洲科学院李保文院士:热二级管/晶体管和热超材料:热能调控的艺术【学术视频】江苏省物理学会春季学术会议2019 | 欧洲科学院院士李保文:低维微纳体系/材料中的反常声子/热能输运:从基础研究到应用【学术视频】机器学习-计算化学Workshop | 复旦大学刘智攀教授:Global optimization based Neural otential and Reaction Prediction Artificial Intelligence【学术视频】第一届量子算法与软件国际研讨会 | 中科院计算技术研究所孙晓明研究员:Optimal Space-Depth Trade-Off of CNOT Circuits【学术视频】第13届全国分子束外延学术会议 | 清华大学郝智彪教授:氮化物纳米线量子点分子束外延与特性研究【学术视频】第五届全国统计物理与复杂系统学术会议 | 北京工业大学刘鑫副教授:流体纽结复杂系综级联退化过程的拓扑学研究【学术视频】固态量子器件暑期学校与国际学术研讨会 | 清华大学张浩副教授:Majorana nanowires & topological quantum computation From quantized Majorana to topological qubit?【学术视频】第十九届全国催化学术会议 | 河北工业大学李敬德教授:Mechanistic Study of Heterogeneous Catalysis System through DFT-based Kinetic Monte Carlo Simulation


END

扫描二维码,关注微信公众号

戳这里,观看精彩视频哟!

    您可能也对以下帖子感兴趣

    文章有问题?点此查看未经处理的缓存