Atsushi Komuro

Assistant Professor

University of Tokyo

Japan

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Dr. Atsushi Komuro is an Assistant Professor at The University of Tokyo, Japan. His research areas focus on plasma chemistry, specifically dynamic equilibrium modulation for green fertilizer production, streamer discharge mechanisms, and surface charge dynamics in dielectric barrier discharges. Recent publications include studies on atmospheric pressure plasma applications and innovative power supply designs for plasma actuators.

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2025

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2022

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2021

Collaborators (6)

Kunihiro Sakamoto

National Institute of Advanced Industrial Science and Technology (AIST)

JAPAN

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Akira Ando

Tohoku University

JAPAN

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Ryo Ono

JAPAN

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Takeharu Kuroiwa

National Institute of Advanced Industrial Science and Technology (AIST)

JAPAN

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Hyun-Ha Kim

National Institute of Advanced Industrial Science and Technology (AIST)

JAPAN

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Tomohiro Nozaki

Professor

Tokyo Institute of Technology

JAPAN

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Atsushi Komuro

Research Interests

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About

Articles (24)

Innovative design of a compact nanosecond-pulse power supply using SiC-MOSFETs for enhanced dielectric barrier discharge plasma actuators

Modulating dynamic equilibrium to enhance plasma NO formation for efficient green fertilizer production

A review of streamer discharge-induced plasma chemistry at atmospheric pressure: Key mechanisms and future perspectives

Recent advances in surface charge dynamics in dielectric barrier discharge: future strategies for control and technological optimisation

(Invited) Numerical Simulation of an Atmospheric Pressure Streamer Discharge and Induced Chemical Reactions

Simulation on the effect of oxygen concentration on the positive secondary streamer generated in oxygen-rich nitrogen–oxygen mixtures under atmospheric pressure

Effect of nitrogen/oxygen ratios on surface charge distributions generated by repetitive surface dielectric barrier discharges

Simultaneous measurement of electrical potential on both sides of the dielectric surface in a parallel-plate dielectric barrier discharges and analysis of net electric field

Mechanism behind polypropylene surface modifications by OH radicals: An experimental study

Theoretical mechanism behind the higher efficiency of O than OH radicals in polypropylene surface modification: a molecular dynamics study

Streamer propagation in CO2 and N2/CO2 mixtures at atmospheric pressure

Quantitative and selective study of the effect of O radicals on polypropylene surface treatment

Effects of oxygen concentration on streamer propagation and ozone production in a single-filament streamer discharge at atmospheric pressure

Flow control around a pitching oscillation circular cylinder using a dielectric barrier discharge plasma actuator

Selective supply of atomic oxygen to a surface placed in room air using vacuum ultraviolet photolysis of carbon dioxide

The influence of individual evaluation of electron‐impact ionization, attachment, and photoionization rates on positive streamer propagation

Simulation study on influence of oxygen concentrations on atmospheric-pressure streamer in oxygen-rich nitrogen–oxygen mixture

(Invited) Visualization of Charge Density Distribution in Parallel-Plate Dielectric Barrier Discharge Under Atmospheric-Pressure Air

Spatio-temporal profile of atomic oxygen in a 1 kHz repetition atmospheric-pressure plasma jet in He–O2–H2O mixture

Characterisation of surface charge density and net electric field during parallel-plate dielectric barrier discharge generated in atmospheric-pressure air

Corrigendum: Antitumor abscopal effects in mice induced by normal tissue irradiation using pulsed streamer discharge plasma (2022 J. Phys. D: Appl. Phys. 55 17LT01)

Effect of oxygen fraction in nitrogen/oxygen mixtures on primary and secondary streamers in atmospheric-pressure barrier discharge

Antitumor abscopal effects in mice induced by normal tissue irradiation using pulsed streamer discharge plasma

Flow-Control Characteristics with Nanosecond-Pulse Plasma Actuator for Different Airfoil Shapes

Collaborators (6)

Kunihiro Sakamoto

Akira Ando

Ryo Ono

Takeharu Kuroiwa

Hyun-Ha Kim

Tomohiro Nozaki

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