<Research
Funding>
Grant-in-Aid for Scientific Research on Innovative Areas: Aquatic
Functional Materials
"Direct observation of hydrogen-bonded water network on electrified
interfaces", K. Ikeda
2022.4-
Grant-in-Aid for Scientific Research (B)
"Vibrational and electronic Raman scattering spectroscopy at
electrode/electrolyte interfaces", K. Ikeda
2021.4-
Grant-in-Aid for Challenging Research (Exploratory)
"Spectroscopic application of nano-structured graphene", K. Ikeda
2021.7-
Grant-in-Aid for Scientific Research (C)
「イオン液体中の電気化学反応に伴う溶媒再配置プロセスの解明 」（代表：本林）
イオン液体中の電気化学反応における反応種と結合した溶媒イオンの役割解明
2021.4-
<Past Funded Projects>
Grant-in-Aid for Early-Career Scientists
"Controlling of interfacial structures of ionic liquids for high
efficiency CO2 reduction", K. Motobayashi
2018.4-2021.3
Grant-in-Aid for Challenging Research (Exploratory)
Plasmonic use of non-plasmonic metals based on long-range surface
plasmon mode", K. Ikeda
2018.7-2020.3
CREST
K.Ikeda
2018.10-2019.3
Global Research Center for Environment and Energy based on Nanomaterials
Science, GREEN
"Electrocatalyst precision design", K. Ikeda
2010.4-2015.3
2014.10-2019.3
Grant-in-Aid for Scientific Research (C)
"In-situ ultra-low frequency spectroscopy at electrode surfaces", K.
Ikeda
2015.4-2018.3
JST-PRESTO
"Dressed photon-assisted photochemistry at well-defined interfaces", K.
Ikeda
2011.12-2017.3
Grant-in-Aid for Young Scientists (A)
"Cooperative effect of photon and spin in nanostructures", K. Ikeda
2012.4-2015.3
Grant-in-Aid for Challenging Exploratory Research
"Nano-fabracation based on plasmonic local heating", K. Ikeda
2012.4-2014.3
Grant-in-Aid for Scientific Research on Innovative Areas
K. Ikeda
2011.4-2013.3
Grant-in-Aid for Young Scientists (B)
"Optical and electric properties of metal-molecule-metal junctions", K.
Ikeda
2010.4-2012.3
Grant-in-Aid for Scientific Research on Priority Areas:
Strong photon-molecule coupling fields for chemical reactions
"Plasmonic enhancement of photo-induced electron transfer", K. Ikeda
2008.4-2009.3
2009.4-2011.3
<Joint Research>
idemitsu /
Kao
/
DENSO / TOYOTA
Central R&D LABS
<Theses> 2022
（Master theses）
- Photo-induced current generation on porphyrin-modified electrodes with
different alkyl spacer lengths （Ikeda Gr.)
- Temperature-Dependent Structural Dynamics of an Ionic Liquid/Electrode
Interface under Metal Electrodeposition Reaction （Motobayashi Gr.)
（Graduation theses）
- five theses in japanese
2021
（Master theses）
- In-situ mass analysis of surface-adsorbates using broadband
surface-enhanced Raman scattering （Ikeda Gr.)
- In-situ Structural Observation of a Superconcentrated
Electrolyte/Electrode Interface （Motobayashi Gr.)
（Graduation theses）
- six theses in japanese
2020
（Master theses）
- Spectroscopic observation of electrified gold-aqueous solution
interfaces using ultra-broadband surface-enhanced Raman scattering （Ikeda
Gr.)
- Tuning atomistic structures of gold-thiol junctions for efficient
electron transfer (Ikeda Gr.)
- Controlling the oxygen reduction activity of iron(II) phthalocyanine
through axial coordination (Ikeda Gr.)
- Reaction Mechanism of CO2 Electrroreduction in Ionic Iiquids （Motobayashi
Gr.)
（Graduation theses）
- three theses in japanese
2019
（Master theses）
- Long-Range Surface Plasmon Enhanced Raman Scattering at Pt Electrode
Surfaces （Ikeda Gr.)
- In-situ observation of Li+ desolvation behavior at solvate ionic
liquid / electrode interfaces （Motobayashi Gr.)
（Graduation theses）
- three theses in japanese
2018
（Master theses）
- Development of Ultra-Low-Frequency Vibrational Spectroscopy for
Surface Electrochemistry (Ikeda Gr.)
- Photo-induced uphill electron transfer on porphyrin-modified gold
electrodes with well-defined interface structures （Ikeda Gr.)
- Structural analysis of an ionic liquid/electrode interface for contro
of Co electrodeposition （Motobayashi Gr.)
（Graduation theses）
- three theses in japanese
2017
（Graduation theses）
- three theses in japanese
2016
（Graduation theses）
- three theses in
japanese
2006-2015 (Ikeda Gr.)
（Doctral thesis）
・ Study on the Relation between Interfacial Electronic
Connection and Functionality of Chemically Modified Electrodes
（Master
theses）- 12 theses in japanese
（Graduation
theses）- 11 theses in japanese
