〇Johnny Ho^1,2 (1.Dept of Physics and Materials Science, City University of Hong Kong, Hong Kong, 2.City University of Hong Kong Shenzhen Research Institute, Shenzhen, China)

14:15 〜 14:45

▲ [14p-1A-2] Optically transparent cellulose nanopaper for electronic devices

〇Masaya Nogi¹ (1.ISIR, Osaka Univ.)

14:45 〜 15:00

▲ [14p-1A-3] Infrared Laser Irradiation of Gold Nanoparticles on Silicone for Bio-Interface Devices

〇Kiyokazu Yasuda¹ (1.Osaka Univ.)

休憩（15:00 〜 15:15）

15:15 〜 15:45

▲ [14p-1A-4] Microelectronic Ceramic Integration Technology at Low Temperature

〇Yoshihiko Imanaka¹ (1.Fujitsu Lab.)

15:45 〜 16:15

▲ [14p-1A-5] Fired Crystalline Oxide Thin films on Plastic Substrates: Fabrication via Sol-Gel and Transfer Processes

〇Hiromitsu Kozuka¹, Natsumi Amano¹, Kosuke Izutsu¹, Ryosuke Hamano¹, Hiroaki Uchiyama¹, Shohei Tsuboi¹, Takafumi Fukui¹, Mitsuru Takahashi¹ (1.Kansai Univ.)

16:15 〜 17:00

▲ [14p-1A-6] [Invited lecture of overseas researcher]The (R)evolution of conventional materials: metal oxides and cellulose

〇Elvira Fortunato¹, Rodrigo Martins¹ (1.New University of Lisbon and CEMOP/Uninova)

セッション一覧

シンポジウム » International Symposium on Thin Film Technologies for Flexible Devices

[14a-1A-1~5] International Symposium on Thin Film Technologies for Flexible Devices

▲ [14a-1A-1] Introductory Talk on Thin Films for Flexible Electronics Symposium

▲ [14a-1A-2] Molecular Assembling and Magnetic Manifestations in 2D Systems and Related Edifices. Structure-property Relationships in Case Studies.

▲ [14a-1A-3] Flexible Molecule Sensor using Single Crystalline Metal Oxide Nanowires

▲ [14a-1A-4] Nanomaterial-Based Printed Flexible Device Sheets

▲ [14a-1A-5] Lithium intercalation properties of the restacked MnO₂-based nanosheets with vacancy defects

[14p-1A-1~6] International Symposium on Thin Film Technologies for Flexible Devices

▲ [14p-1A-1] Reusable Colloidal-based Polymer Photomask for Rapid Nanoscale Patterning

▲ [14p-1A-2] Optically transparent cellulose nanopaper for electronic devices

▲ [14p-1A-3] Infrared Laser Irradiation of Gold Nanoparticles on Silicone for Bio-Interface Devices

▲ [14p-1A-4] Microelectronic Ceramic Integration Technology at Low Temperature

▲ [14p-1A-5] Fired Crystalline Oxide Thin films on Plastic Substrates: Fabrication via Sol-Gel and Transfer Processes

▲ [14p-1A-6] [Invited lecture of overseas researcher]The (R)evolution of conventional materials: metal oxides and cellulose

認証

セッション一覧

シンポジウム » International Symposium on Thin Film Technologies for Flexible Devices

[14a-1A-1~5] International Symposium on Thin Film Technologies for Flexible Devices

▲ [14a-1A-1] Introductory Talk on Thin Films for Flexible Electronics Symposium

▲ [14a-1A-2] Molecular Assembling and Magnetic Manifestations in 2D Systems and Related Edifices. Structure-property Relationships in Case Studies.

▲ [14a-1A-3] Flexible Molecule Sensor using Single Crystalline Metal Oxide Nanowires

▲ [14a-1A-4] Nanomaterial-Based Printed Flexible Device Sheets

▲ [14a-1A-5] Lithium intercalation properties of the restacked MnO2-based nanosheets with vacancy defects

[14p-1A-1~6] International Symposium on Thin Film Technologies for Flexible Devices

▲ [14p-1A-1] Reusable Colloidal-based Polymer Photomask for Rapid Nanoscale Patterning

▲ [14p-1A-2] Optically transparent cellulose nanopaper for electronic devices

▲ [14p-1A-3] Infrared Laser Irradiation of Gold Nanoparticles on Silicone for Bio-Interface Devices

▲ [14p-1A-4] Microelectronic Ceramic Integration Technology at Low Temperature

▲ [14p-1A-5] Fired Crystalline Oxide Thin films on Plastic Substrates: Fabrication via Sol-Gel and Transfer Processes

▲ [14p-1A-6] [Invited lecture of overseas researcher]The (R)evolution of conventional materials: metal oxides and cellulose

認証

▲ [14a-1A-5] Lithium intercalation properties of the restacked MnO₂-based nanosheets with vacancy defects