Morihiro Saito

Associate Professor

Seikei University

Japan

Research Interests

Explore related searches

Professors in Japan

Contact this professor

ORCID

Google Scholar

About

Morihiro Saito is an Associate Professor at Seikei University in Japan. His research primarily focuses on advanced battery technologies, including lithium-air batteries and silicon-based anodes. Recent publications include investigations into lithium naphthalenide solutions, amide-based electrolytes, and innovative catalyst development for energy applications.

Morihiro Saito

Research Interests

Explore related searches

Contact this professor

About

Articles (20)

Control of the equilibrium potential of lithium naphthalenide solutions for effective lithium pre-doping of SiO negative electrodes

Rational Choice of Amide‐Based Electrolytes Toward High‐Power Rechargeable Lithium‐Air Batteries

Correlations between Li-Ion Concentration, Solvation Structure, and Equilibrium Potential of Li–Naphthalenide Solution for Li Alloying of Si Negative Electrode of Next-Generation Batteries

Highly porous carbon nanotube air-electrode combined with low-viscosity amide-based electrolyte enabling high-power, high-energy lithium-air batteries

Development of Fe/N/C Type Oxygen Reduction Catalysts Using Carbon Supports Derived from Cellulose Paper by a Microwave Method

Effect of Li-Mg Alloy Anode on Li Dendrite Suppressionfor Li-Air Secondary Batteries

Effect of O2 Supply on Discharge/Charge Performanceof Li-Air Secondary Batteries

Flexible Electrolyte Sheets Using Sulfonated Cellulose Nanofiberfor Sheet-Type All-Solid-State Batteries

Mechanism Analysis of Solution Li Pre-Doping Technique Toward Si-Based Anodes for Next-Generation Batteries

Mechanistic Analysis of Lithium-Air Battery with Organic Redox Mediator-Coated Air-Electrode

Redox Mediator-Coated Air-Electrodes for High-Capacity Cycle Operation of Lithium–Air Batteries

Analysis of Li Dissolution/Deposition Behavior in LiNO3 Electrolytic Solution for Li-Air Battery

Li Pre-Doping of SiO Electrodes Using Li-Naphthalenide Solution for Next-Generation Batteries

Synergy of Mediator and LiNO3 in Electrolyte Solution and Analysis of Reaction Mechanisms on Li-Air Battery Performance

Toward Elucidation of Li Pre-Doping Reactions between Si Electrodes and Li-Naphthalenide Solutions

Li Pre-Doping into Si Negative Electrodes Using Li-Naphthalenide Solutions with Various Ether Solvents For Next-Generation Batteries

LiBr-coated Air Electrodes for Li-air Batteries

Analysis of Li Dissolution /Deposition Reactionsin LiNO3/ Tetraglyme Electrolyte Solution

Comparison between Dissolved and Coated LiBr As Redox Mediator for Li-Air Batteries

Effect of Li Ratio in Li-Naphthalenide Solution on Li Pre-Doping to Si Negative Electrode for Next-Generation Batteries

Collaborators (1)

Hikari Sakaebe

How do I reach out?

Meet Kite AI