【學(xué)術(shù)報(bào)告】My?35-year?Study?on?Functionalization?of?Fluorinated?Polyimides,?their?Optical,?Thermal?and?Dielectric?Properties
日期：2024-06-21
閱讀：3588
主題：My?35-year?Study?on?Functionalization?of?Fluorinated?Polyimides,?their?Optical,?Thermal?and?Dielectric?Properties
報(bào)告人：Shinji?ANDO
時(shí)間：2024年6月21日（周五）15:00
地點(diǎn)：霞光樓220會(huì)議室
邀請(qǐng)人：房建華 副教授
個(gè)人簡(jiǎn)介
Shinji?ANDO,?Prof.?Dr.
Current?Status?&?Contact?Details?:
Professor?of?the?Department?of?Chemical?Science?and?Engineering,
Tokyo?Institute?of?Technology?(Tokyo?Tech)?JAPAN
Address:?Ookayama?2-12-1-E4-5,?Meguro-ku,?Tokyo?152-8552,?JAPAN
Tel:?+81-3-5734-2137,?Fax:?+81-3-5734-2889,
e-mail:[email protected]
Lab?web-site:?http://www.ando-cap.mac.titech.ac.jp/
Education:
1980.4-1984.3 BA,?Eng. Tokyo?Institute?of?Technology,?Tokyo?Japan.
1984.4-1986.3 MS,?Eng. Tokyo?Institute?of?Technology,?Tokyo?Japan.?
1986.4-1989.3 Dr.?Eng. Tokyo?Institute?of?Technology,?Tokyo?Japan.
Professional?Appointments:
1989.4-1995.7 Senior?Researcher,?Nippon?Telegraph?&?Telephone?(NTT)?Corporation,?Japan.
1995.7-2006.7 Associate?Professor,?Tokyo?Institute?of?Technology,?Japan.
2006.8-Present Professor,?Tokyo?Institute?of?Technology,?Japan.
1998.4-1999.2 Senior?Visiting?Fellow,?Dept.?Chemistry,?Durham?University,?United?Kingdom.
2002.4-2004.3 Associate?Professor?(concurrent),?The?Institute?of?Space?and?Astronautical?Sciences.
2014.4-2016.3 Vice?Dean?of?the?School?of?Science?&?Engineering,?Tokyo?Institute?of?Technology
2016.4-2018.3 Vice?President?for?Security?and?Compliance,?Tokyo?Institute?of?Technology
2020.3-2022.3 Member?of?the?Education?and?Research?Council,?Tokyo?Institute?of?Technology
Research?Interests
? Molecular?Design,?Synthesis,?and?Properties?of?Optically?Functional?Polyimides.
? Structural?Analysis?of?Aromatic?Polymers?using?Spectroscopic?Methods.
? Variations?in?Structure?and?Properties?of?Polyimides?Induced?by?Very?High?Pressure.
? Fluorinated?Polyimides?for?Lightwave?Devices?and?Micro-optic?Components.
? Inorganic/Polyimide?Nano-composites?Exhibiting?High?Thermal?Conductivity.
? Density?Functional?Calculations?for?Prediction?of?Opto-Electronic?Properties?of?Polymers.
Awards?and?Honors
? Photopolymer?Science?&?Technology?Award?(2004).
? Mitsubishi?Chemical?Award,?Japanese?Society?of?Polymer?Science?(2021).
講座摘要
Fluorinated?polyimides?(FPIs)?have?been?used?and?studied?in?many?fields?because?of?their?excellent?properties?such?as?(1)?high?heat?resistance,?(2)?low?water?absorption,?(3)?water?and?oil?repellency,?(4)?low?dielectric?constants?and?dissipation?factors,?(5)?high?optical?transparency?and?colorlessness,?(6)?low?refractive?index?and?small?birefringence,?(7)?solubility?in?solvents,?(8)?good?flexibility?and?processability,?(9)?bio-compatibility,?(10)?microfabrication,?(11)?flame?resistance,?and?(12)?environmental?stability,?etc.?However,?fluorination?may?reduce?Tg,?solvent?resistance,?mechanical?strength,?and?adhesion,?and?semi-aliphatic?polyimides?using?relatively?inexpensive?source?materials?may?also?exhibit?similar?properties.?In?this?lecture,?the?structure-property?relationships?of?polyimides?and?the?optical-,?thermal-,?and?dielectric?functionalization?of?FPIs?will?be?reviewed,?focusing?on?my?35-year?study?as?a?polymer?physical?chemist?and?spectroscopist.
