研究・制作業績システム - 常安　翔太

ツネヤス　ショウタ Shota Tsuneyasu
常安　翔太

所属東京工芸大学工学部工学科

職名助教

著書・論文歴
論文	湿度変化によって発光色制御可能な分散型電界発光素子の開発日本画像学会誌 63 (4),331-336頁 (共著) 2024/08/10
論文	Novel optical modulation device based on an electrochemical reaction with seven optical states: clear colorless, mirror, black, yellow, green, cyan, and blue emission Solar Energy Materials and Solar Cells 269,112753 (共著) 2024/06
論文	Understanding the Effects of Substrate Surface Roughness on Powder Electroluminescent Device Through Experimental Validation and Numerical Simulation Journal of the Imaging Society of Japan 63 (1),35-43頁 (共著) 2024/02
論文	Phthalate-based electrochromic device using a cellulose substrate enabling a form of reflective representation as designed Bulletin of the Society of Photography and Imaging of Japan 33 (1),7-9頁 (共著) 2023/03
論文	フォトアート制作に向けたモノクロ電子ペーパーの階調特性評価日本写真学会誌 85 (4),265-268頁 (共著) 2022/11
論文	Thermal Diffusion Films with In-Plane Anisotropy by Aligning Carbon Fibers in a Cellulose Nanofiber Matrix ACS Applied Materials & Interfaces 14 (29),33903-33911頁 (共著) 2022/07
論文	分散型電界発光デバイスの最新動向日本印刷学会誌 59 (3),131-135頁 (共著) 2022/06
論文	Kirigami-processed cellulose nanofiber films for smart heat dissipation by convection NPG Asia Materials 13 (1),62 (共著) 2021/09
論文	Novel powder electroluminescent device enabling control of emission color by thermal response Journal of the Society for Information Display 29 (3),207-212頁 (共著) 2021/03
論文	Enhancement of luminance in powder electroluminescent devices by substrates of smooth and transparent cellulose nanofiber films Nanomaterials 11 (3),697 (共著) 2021/03
論文	Reflective-Emissive Representation by Combining Ru(II)-Complex-Based Electrochemiluminescence and Localized-Surface-Plasmon-Resonance-Based Electrochromism Advanced Materials Technologies 6 (1),2000881 (共著) 2021/01
論文	Electrochromic Stability of Polypyrrole Films on ITO Electrode Modified with Au Nanoisland Bulletin of the Society of Photography and Imaging of Japan 30 (2),19-21頁 (共著) 2020/12
論文	Enhanced Electroluminescence in Fully Printable Powder Electroluminescent Device with Flexible Invisible Silver-Grid Transparent Electrode Electronics Letters 56 (12),612-614頁 (共著) 2020/06
論文	Bending reliability of transparent electrode of printed invisible silver-grid/PEDOT:PSS on flexible epoxy film substrate for powder electroluminescent device Microelectronics Reliability 109,113673 (共著) 2020/06
論文	Flexible powder electroluminescent device on transparent electrode of printed invisible silver-grid laminated with conductive polymer Flexible and Printed Electronics 5 (2),025004 (共著) 2020/05
論文	島状金ナノ粒子固定ITO電極を用いたピロールの電解重合日本写真学会誌 83 (1),65-68頁 (共著) 2020/02
論文	EL emission enhancement in powder electroluminescent device via insertion of receptive layer Electronics Letters 56 (3),144-147頁 (共著) 2020/02
論文	紙基板上に作製した分散型ELの発光特性に及ぼす誘電損失の影響日本画像学会誌 58 (2),205-210頁 (共著) 2019/04
論文	Ultrafast Response in AC-Driven Electrochemiluminescent Cell Using Electrochemically Active DNA/Ru(bpy)32+ Hybrid Film with Mesoscopic Structures Scientific Reports 7 (1),8525 (共著) 2017/08
論文	Electrochemical Stability of Diphenylanthracene and Its Effect on Alternating-Current-Driven Blue-Light Electrochemiluminescence Properties ChemElectroChem 4 (7),1731-1735頁 (共著) 2017/07
論文	In situ measurements of electrode potentials of anode and cathode in organic electrochromic devices Solar Energy Materials and Solar Cells 163,200-203頁 (共著) 2017/04
論文	Electroresponsive Dual Functional Display Device Enabling Both Emissive and Reflective Modes by Combining Electrochemiluminescent and Liquid Crystal Materials Chemistry Letters 45 (8),949-951頁 (共著) 2016/08
論文	Why were alternating-current-driven electrochemiluminescence properties from Ru(bpy)(3)(2+) dramatically improved by the addition of titanium dioxide nanoparticles? Physical Chemistry Chemical Physics 18 (24),16317-16324頁 (共著) 2016/06
論文	An electrochemically-driven dual-mode display device with both reflective and emissive modes using poly(p-phenylenevinylene) derivatives Japanese Journal of Applied Physics 55 (4),041601 (共著) 2016/04
著書	Material stage：2020年9月号技術情報協会,pp. 52-60頁 2020/09