Ryuji OKAZAKI

About Ryuji OKAZAKI

Ryuji OKAZAKI, With an exceptional h-index of 21 and a recent h-index of 15 (since 2020), a distinguished researcher at Tokyo University of Science, specializes in the field of Condensed matter physics, thermoelectrics, strongly correlated electron systems, materials science.

His recent articles reflect a diverse array of research interests and contributions to the field:

Carrier filtering effect for enhanced thermopower in a body-centered tetragonal ruthenate

Fermi surface topology and electronic transport properties of chiral crystal with strong electron-phonon interaction

Mechanically exfoliated low-layered [Ca2CoO3] 0.62 [CoO2]: A single-crystalline p-type transparent conducting oxide

Monoaxial Dzyaloshinskii-Moriya interaction–induced topological Hall effect in a new chiral-lattice magnet

In-plane resistive anisotropy in Ca2RuO4 measured by rotational square four-point probe method

New Gd-based magnetic compound with a chiral crystal structure

Anomalous scaling law for thermoelectric transport of two-dimension-confined electrons in an organic molecular system

Enhanced Seebeck coefficient through magnetic fluctuations in ( Co, Mn)

Ryuji OKAZAKI Information

University

Position

Department of Physics

Citations(all)

3245

Citations(since 2020)

969

Cited By

2759

hIndex(all)

21

hIndex(since 2020)

15

i10Index(all)

54

i10Index(since 2020)

24

Email

University Profile Page

Google Scholar

Ryuji OKAZAKI Skills & Research Interests

Condensed matter physics

thermoelectrics

strongly correlated electron systems

materials science

Top articles of Ryuji OKAZAKI

Carrier filtering effect for enhanced thermopower in a body-centered tetragonal ruthenate

Physical Review Materials

2023/12/7

Yoshiki J Sato
Yoshiki J Sato

H-Index: 7

Ryuji Okazaki
Ryuji Okazaki

H-Index: 15

Fermi surface topology and electronic transport properties of chiral crystal with strong electron-phonon interaction

Physical Review B

2023/12/4

Mechanically exfoliated low-layered [Ca2CoO3] 0.62 [CoO2]: A single-crystalline p-type transparent conducting oxide

Applied Physics Letters

2023/7/31

Yoshiki J Sato
Yoshiki J Sato

H-Index: 7

Ryuji Okazaki
Ryuji Okazaki

H-Index: 15

Monoaxial Dzyaloshinskii-Moriya interaction–induced topological Hall effect in a new chiral-lattice magnet

Physical Review B

2023/6/14

In-plane resistive anisotropy in Ca2RuO4 measured by rotational square four-point probe method

Japanese Journal of Applied Physics

2023/1/10

Ryuji Okazaki
Ryuji Okazaki

H-Index: 15

Fumihiko Nakamura
Fumihiko Nakamura

H-Index: 4

New Gd-based magnetic compound with a chiral crystal structure

Physical Review Materials

2022/10/24

Anomalous scaling law for thermoelectric transport of two-dimension-confined electrons in an organic molecular system

Physical Review Research

2022/10/20

Ryuji Okazaki
Ryuji Okazaki

H-Index: 15

Enhanced Seebeck coefficient through magnetic fluctuations in ( Co, Mn)

Physical Review B

2022/5/10

Ryuji Okazaki
Ryuji Okazaki

H-Index: 15

Third-order Electrical Conductivity of the Charge-ordered Organic Salt α-(BEDT-TTF)2I3

Journal of the Physical Society of Japan

2022/2/15

Ryuji Okazaki
Ryuji Okazaki

H-Index: 15

Prominent electron-hole asymmetry in thermoelectric transport of

Physical Review B

2022/1/31

Ryuji Okazaki
Ryuji Okazaki

H-Index: 15

Crossover from itinerant to localized states in the thermoelectric oxide

Physical Review B

2021/3/8

Electrical resistivity and thermopower of hole-doped delafossite CuCoO2 polycrystals

Japanese Journal of Applied Physics

2021/1/8

Nonlinear conduction detected by the harmonic measurement in an organic molecular conductor α-(BEDT-TTF)2I3

APS March Meeting Abstracts

2021

Ryuji Okazaki
Ryuji Okazaki

H-Index: 15

Current-induced Giant Lattice Deformation in the Mott Insulator Ca2RuO4

Journal of the Physical Society of Japan

2020/4/15

Scaling in Transport Coefficients of Hole-doped CuRhO2 Single Crystals

2020

Ryuji Okazaki
Ryuji Okazaki

H-Index: 15

See List of Professors in Ryuji OKAZAKI University(Tokyo University of Science)

Co-Authors

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