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Members

Team Members

MANDAI, Toshihiko (万代 俊彦)

Team Leader, Functional Electrolyte Synthesis Team, Battery and Cell Materials Field, Research Center for Energy and Environmental Materials (GREEN)
SAMURAI外部リンク
E-mail:e-mail address of MANDAI Toshihiko

Research field  electrochemistry, solution chemistry, structural chemistry, organic synthesis

Research outline

We are developing electrolyte and electrode materials to realize elemental strategic batteries utilizing ubiquitous elements such as Mg, Ca, and Na. We aim to create innovative new materials those will bring about breakthroughs in the existing battery technologies by integrating knowledges of electro-, solution, structural chemistry and synthesis technologies.

Research interests
multivalent metal battery, sodium-ion battery, organic electrolyte, metallic materials, nano materials

FALYOUNA, Omar (ファリオウナ オマー)

NIMS Postdoctoral Researcher, Elements Strategy Team, Center for Advanced Battery Collaboration, Research Center for Energy and Environmental Materials (GREEN)
SAMURAI外部リンク
E-mail:e-mail address of FARYOUNA Omar

Research field  Nanotechnology, Electrochemistry, Environmental Remediation

Research outline

Rechargeable magnesium battery (RMB) is a new energy storage technology that utilizes magnesium ions (Mg²⁺) as charge carriers. This technology offers the potential for higher energy density and improved safety compared to traditional lithium-ion batteries. My research aims to advance RMB technology by developing new layered cathode materials that facilitate the reversible insertion and extraction of Mg²⁺ ions during electrochemical reactions.

Research interests
Nanomaterials, Rechargeable magnesium battery, Cathode materials, Dual-salt electrolytes


SETIAWAN, Dedy (セティアワン デディ)

NIMS Postdoctoral Researcher, Functional Electrolyte Synthesis Team, Battery and Cell Materials Field, Research Center for Energy and Environmental Materials (GREEN)
SAMURAI
E-mail:e-mail address of SETIAWAN Dedy

Research field  Electrochemistry, Solid State Chemistry, Structural Analysis, Interfacial Chemistry

Research outline

We are developing next-generation batteries utilizing multivalent metal anodes, such as Mg and Ca, to achieve safe, high-energy-density, and sustainable energy storage systems. My work focuses on designing electrode and electrolyte materials, along with their interphases, using structural chemistry principles to ensure long-term battery stability and performance.

Research interests
Multivalent metal battery, electrode materials, electrolyte materials, interphases


ENOMOTO, Hikaru (榎本 光)

NIMS Junior Researcher (PhD student, Yokohama National University), Functional Electrolyte Synthesis Team, Battey and Cell Field, Research Center for Energy and Environmental Materials (GREEN)
SAMURAI外部リンク
E-mail:e-mail address of ENOMOTO Hikaru

Research field  Electrochemistry, Energy Materials, Instrumental Analysis

Research outline

We are developing cost-effective sodium-ion batteries that eliminate the need for rare metals such as lithium. My research focuses on implementing a pre-doping technology that uses organic radical anions to improve the electrochemical performance of various electrodes and to simplify the pre-doping process.

Research interests
Lithium-ion batteries, Sodium-ion Batteries, Pre-doping (Pre-sodiation, Pre-lithiation)


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