大学院生 村瀬幹生君が 2019年度（前期）工学域・工学研究科学生顕彰 を受賞

-Dec.2019,Yokohama,Japan-

■Perspectives of Novel Applications of Ferroelectric/Piezoelectric Thin Films for Smart Systems (Keynote)    N.Fujimura
■Development of an Electron Doping Method Using Specific Interaction between Amide Molecule and MoS₂　　A. Fukui
■Large Photoluminescence Enhancement of Monolayer MoS₂ by a Molecular Treatment with the Aid of UV Irradiation　　　Y. Yamada
■Magnetic and electric properties of near stoichiometric YbFe₂O₄ thin films fabricated by PLD using stoichiometric YbFe₂O₄ target with Fe₂O₃　　　J.Tanaka
■Epitaxial growth of (111) ITO films for top/bottom electrodes of ferroelectric films　　K. Shimamoto

-Dec. 2019,Kuala Lumpur, Malaysia-

■Tuning the Electronic Structure of Transition Metal Dichalcogenides by Molecular Engineering　　　Daisuke Kiriya

-2019年11月、浜松-

■新奇ナノカーボン物質「グラフェンナノリボンネットワーク」の実現　　    　青木 佑樹

-2019年11月、浜松-

■自由度系圧電 MEMS 振動発電素子における出力特性の向上　　　　　吉村 武

-Nov. 2019,Pisa, Italy-

■Electronic structure modification of TMDC materials by spontaneously patterned molecular dopant film 　　　Daisuke Kiriya

-Nov. 2019,Tukuba,Japan-

■High-performance Piezoelectric MEMS Vibration Energy Harvester using (100) BiFeO₃ Films　　YOSHIMURA Takeshi

-Oct.2019,Okinawa,Japan-

■Perspective on Ferroelectric Thin Films for Novel Device Applications (Keynote)　　FUJIMURA Norifumi
■Energy Harvesting from Electric Power Lines Using Piezoelectric Effect　　YOSHIMURA Takeshi

-2019年10月、奈良-

■Time-resolved simulation of the negative capacitance at ferroelectric/semiconductor hetero-junction　　　　　高田 賢志
■Origin of photo-induced current of strongly correlated ferroelectric YMnO₃ epitaxial thin film　三浦 光平
■Anomalous Charge Transfer Process of Amide Molecules to 2D Layered Material　福井 暁人
■Large area strong photoluminescence in molecular-treated MoS₂  山田 悠貴
■Monolithic networked graphene nanoribbons fabricated by inorganic nanowire mask  青木 佑樹
■Growth of highly-resistive ZnO films fabricated using non-equilibrium plasma generated near atmospheric pressure 宝栄 周弥
■Control of epitaxial orientation and crystal structure of HfO₂: Y/Si films by oxygen partial pressure  佐保 勇樹
■Strong Molecular Electron Transfer System for Transition Metal Dichalcogenides 松山 圭吾
■Effects of bottom electrodes on the epitaxial growth of YbFe₂O₄ films    嶋本 健人
■Semipermanent chemical gating of MoS₂ by wrapping with ionic polymer  木村　大輔

-Oct.2019,Nara,Japan-

■Fabrication of Stoichiometry Controlled YbFe₂O₄ Epitaxial Thin Films Using PLD Method Controlled YbFe₂O₄ Epitaxial Thin Films Using PLD Method               J.Tanaka

■Domain Structure Imaging in P(VDF-TrFE) Films using Direct Piezoelectric Response Microscopy         I. Kanagawa

■Investigation of The Epitaxial Growth of PZT Thin Films on Si Substrates using TiN Buffer Layer          M. Murase

■Control of Epitaxial Orientation and Crystal Structure of HfO₂:Y/Si Films by Oxygen Partial Pressure    Y. Saho

■Growth of Highly-Resistive ZnO Films Fabricated using Non-Equilibrium Plasma Generated Near Atmospheric Pressure       S. Takarae

■Effects of bottom electrodes on the epitaxial growth of YbFe₂O₄ films       K. Shimamoto