Achievement System - YUKIYA Tokio | Tokyo Polytechnic University

（Last updated : 2025-07-23 21:38:49）

YUKIYA Tokio

Department / Course Tokyo Polytechnic University Faculty of Engineering Department of Engineering - Electrial and Electronics Course

Job Associate Professor

Academic background
～1997/03/01	Doctorial --- Finished博士（工学）
～1993/03/01	Master Tokyo Polytechnic University Finished
～1991/03/01	Tokyo Polytechnic University Graduated

Business career
2014/04/01 ～	Associate Professor Tokyo Polytechnic University Faculty of Engineering Department of Engineering - Electrial and Electronics Course

Present specialized field
Others, Others

Book and thesis
Papers	Nuclear Quadrupole Coupling Effect in the A-X System and Spectroscopic Constants for v=2'←4_ v=3'←5 and v=4'←5 Progression of ICl. Journal of Molecular Spectroscopy 163,pp.43-57 (Co-authored) 1994
Papers	Laser Spectroscopy of the A3Π1←X1Σ+ System of IBr Journal of Molecular Spectroscopy 173,pp.8-8 (Co-authored) 1995
Papers	High-Resolution Laser Spectroscopy of the A³Π- Χ¹Σ⁺_g System of I₂ with a Titanium: Sapphir Ring Laser,pp.18/1_52-18/1_52 (Co-authored) 1995
Papers	Laser spectroscopy of vibration-rotation lines in the 3←0, 5←0, and 6←0 overtones of HBr 182 (2),pp.309-314 (Co-authored) 1997/04/01
Papers	High-Resolution Laser Spectroscopy of the A³Π_1u←X1Σ⁺_g System of I₂ with a Ti: Sapphire Ring Laser JOURNAL OF MOLECULAR SPECTROSCOPY 182,pp.271-279 (Co-authored) 1997/07/01
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Academic conference presentation
2024/03/06	Improvement of Transmission Speed between SerDes Logic for VIC in FPGA and Computer (2024 IEICE General Conference)
2018/11/03	Wavenumber measurement for the wide tuning range in the near infrared reagion by using the spectral atlas of the A-X band system of IBr (1)
2016/06/01	DIRECT-POTENTIAL-FIT (DPF) ANALYSIS FOR THE A 3Π1−X 1Σ+ SYSTEM OF I35/37Cl. (2)
2015/06/01	HIGH - RESOLUTION LASER SPECTROSCOPY OF THE A 3Π1 ← X 1Σ+ SYSTEM OF ICl IN 0.7 μm REGION. (2)
2015/06/01	HIGH RESOLUTION LASER SPECTROSCOPY FOR ABSORPTION TO LEVELS LYING NEAR THE DISSOCIATION LIMIT OF THE A 3Π1 STATE OF IBr (1)
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Research topic, funded research, and department laboratory expense
	Laser spectroscopy of alkali metals dimmer in the near infrared region. Individual Research 個人研究

Department laboratory expense researcher number
60298255