Triarylamine Derivatives with High-Lying HOMO Energy Levels: Design, Synthesis and Properties

○TRUONG

Presentation information

Academic Program (AP)

Physical Organic Chemistry -Structures and Properties-

Tue. Mar 24, 2020 12:00 PM - 6:20 PM B7 (K207, Lecture Hall Bldg. [2F])

3B7-19～3B7-21 TAKIMIYA, Kazuo
3B7-29～3B7-33 TAKAGI, Koji
3B7-35～3B7-40 OHISHI, Yuki
3B7-42～3B7-45 SHIGEMITSU, Hajime
3B7-47～3B7-50 MASAI, Hiroshi
3B7-53～3B7-55 OMOTO, Kenichiro

2:10 PM - 2:20 PM

[3B7-32] Triarylamine Derivatives with High-Lying HOMO Energy Levels: Design, Synthesis and Properties

Oral A

○TRUONG, Minh Anh; HASHIMOTO, Ruito; NAKAMURA, Tomoya; MURDEY, Richard; WAKAMIYA, Atsushi (ICR, Kyoto Univ.)

PC Setting Time: 13:30-13:40

Keywords:Triarylamine, Hole-Transporting Material, Perovskite Solar Cell, Organic Semiconductor, HOMO Energy Level

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