Tetsuya Aruga

Tetsuya Aruga

Kyoto University

H-index: 39

Asia-Japan

About Tetsuya Aruga

Tetsuya Aruga, With an exceptional h-index of 39 and a recent h-index of 14 (since 2020), a distinguished researcher at Kyoto University, specializes in the field of Surface Physics, Surface Chemistry, Condensed Matter Physics.

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

Effect of fluorine substitution on the electronic states and conductance of CuPc on Cu (100)

Moiré superlattice and two-dimensional free-electron-like states of indium triple-layer structure on Si (111)

Atomic and Electronic Structure of Indium Triple-Layer Structure on Si (111)

Epitaxial Growth and Electronic Properties of Single- and Few-Layer FeBr2 on Bi(111)

Interaction of individual Ag atoms with graphene on Rh (111): Adsorption, migration, and cluster formation

Adsorption and clustering of Ag atoms on graphene

STM-induced luminescence mediated via quantum well states of indium ultra-thin films

Structure and electronic states of strongly interacting metal-organic interfaces: CuPc on Cu (100) and Cu (110)

Tetsuya Aruga Information

University

Position

Professor of Chemistry

Citations(all)

5573

Citations(since 2020)

758

Cited By

5086

hIndex(all)

39

hIndex(since 2020)

14

i10Index(all)

109

i10Index(since 2020)

23

Email

University Profile Page

Kyoto University

Google Scholar

View Google Scholar Profile

Tetsuya Aruga Skills & Research Interests

Surface Physics

Surface Chemistry

Condensed Matter Physics

Top articles of Tetsuya Aruga

Title

Journal

Author(s)

Publication Date

Effect of fluorine substitution on the electronic states and conductance of CuPc on Cu (100)

Applied Surface Science

Hiroshi Okuyama

S Kuwayama

S Hatta

T Aruga

Y Hamamoto

...

2024/1/15

Moiré superlattice and two-dimensional free-electron-like states of indium triple-layer structure on Si (111)

Physical Review B

Shinichiro Hatta

Kenta Kuroishi

Keisuke Yukawa

Tomoka Murata

Hiroshi Okuyama

...

2023/7/31

Atomic and Electronic Structure of Indium Triple-Layer Structure on Si (111)

Tomoka Murata

Kenta Kuroishi

Keisuke Yukawa

Shinichiro Hatta

Hiroshi Okuyama

...

2023

Epitaxial Growth and Electronic Properties of Single- and Few-Layer FeBr2 on Bi(111)

The Journal of Physical Chemistry C

Shigemi Terakawa

Shinichiro Hatta

Hiroshi Okuyama

Tetsuya Aruga

2023/7/19

Interaction of individual Ag atoms with graphene on Rh (111): Adsorption, migration, and cluster formation

Carbon

H Okuyama

D Yamamoto

S Hatta

T Aruga

2023/6/15

Adsorption and clustering of Ag atoms on graphene

Daiki Yamamoto

Shuya Yamamoto

Hiroshi Okuyama

Shinichiro Hatta

Tetsuya Aruga

2023

STM-induced luminescence mediated via quantum well states of indium ultra-thin films

Kenta Kuroishi

Hiroshi Okuyama

Shinichiro Hatta

Tetsuya Aruga

2023

Structure and electronic states of strongly interacting metal-organic interfaces: CuPc on Cu (100) and Cu (110)

Surface Science

H Okuyama

S Kuwayama

Y Nakazawa

S Hatta

T Aruga

2022/9/1

CuPc Adsorption on Au (110)-(1× 2): From a Monomer to a Periodic Chain

e-Journal of Surface Science and Nanotechnology

H Koshida

Y Takahashi

H Okuyama

S Hatta

T Aruga

2022/3/17

Ultrathin (In, Mg) films on Si (111): A nearly freestanding double-layer metal

Physical Review B

Shigemi Terakawa

Shinichiro Hatta

Hiroshi Okuyama

Tetsuya Aruga

2022/3/1

Metallic conduction through van der Waals interfaces in ultrathin films

Scientific Reports

Shinichiro Hatta

Ko Obayashi

Hiroshi Okuyama

Tetsuya Aruga

2021/3/11

A flat-lying dimer as a key intermediate in NO reduction on Cu (100)

Physical Chemistry Chemical Physics

Kenta Kuroishi

Muhammad Rifqi Al Fauzan

Thanh Ngoc Pham

Yuelin Wang

Yuji Hamamoto

...

2021

Effect of local geometry on magnetic property of nitric oxide on

Physical Review B

H Koshida

H Okuyama

S Hatta

T Aruga

E Minamitani

2021/4/12

Identifying Atomic-Level Correlation between Geometric and Electronic Structure at a Metal–Organic Interface

The Journal of Physical Chemistry C

H Koshida

H Okuyama

S Hatta

T Aruga

Y Hamamoto

...

2020/7/16

Uniaxially Incommensurate Structure and Metal-insulator Transition of Metallic Indium Monolayer on Si (111)

表面と真空

SHIGEMI TERAKAWA

SHIN'ICHIRO HATTA

HIROSHI OKUYAMA

TETSUYA ARUGA

2020

See List of Professors in Tetsuya Aruga University(Kyoto University)