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Michio Kadota

Michio Kadota

D-Index & Metrics

Electronics and Electrical Engineering

D-Index
32
Citations
3776
World Ranking
6382
National Ranking
274

Research.com Recognitions

  • 2009 - IEEE Fellow For contributions to surface acoustic wave devices

Overview

Michio Kadota is affiliated with Tohoku University in Japan. Their research primarily focuses on engineering, materials science, and physics and astronomy, with a significant number of publications in these fields.

The scientist has contributed extensively to acoustic wave resonator technologies and ferroelectric and piezoelectric materials. Additional research areas include mechanical and optical resonators, advanced MEMS and NEMS technologies, perovskite materials and applications, photorefractive and nonlinear optics, and photonic and optical devices.

Frequent co-authors of Michio Kadota include Shuji Tanaka, Y. Ishii, Fuyuko Yamashita, Guo Yong, and Yong Guo.

Michio Kadota's notable recent papers include:

  • Surface Acoustic Wave Resonators With Hetero Acoustic Layer (HAL) Structure Using Lithium Tantalate and Quartz, 2020, IEEE Transactions on Ultrasonics Ferroelectrics and Frequency Control
  • A spurious-free, steep band rejection filter using a LiTaO3/quartz heteroacoustic layer surface acoustic wave resonator, 2020, Japanese Journal of Applied Physics

Other relevant papers from their research network featuring co-authors include:

  • High frequency thickness expansion mode bulk acoustic wave resonator using LN single crystal thin plate, 2020, Japanese Journal of Applied Physics
  • Investigation on the temperature coefficient of frequency performance of LiNbO3 on quartz and glass surface acoustic wave resonators, 2023, Japanese Journal of Applied Physics
  • Hetero Acoustic Layer Surface Acoustic Wave Resonator Composed of LiNbO3 and Quartz, 2023, IEEE Transactions on Ultrasonics Ferroelectrics and Frequency Control

Kadota's publications have appeared predominantly in the Japanese Journal of Applied Physics and IEEE Transactions on Ultrasonics Ferroelectrics and Frequency Control, with additional contributions to the 2022 IEEE International Ultrasonics Symposium (IUS) and IEEJ Transactions on Sensors and Micromachines.

Their work reflects a strong emphasis on the development and investigation of surface acoustic wave resonators, specifically involving lithium tantalate, lithium niobate, and quartz substrates in heteroacoustic layer structures.

In recognition of contributions to surface acoustic wave devices, Michio Kadota was named an IEEE Fellow in 2009.

Best Publications

  • Surface wave device

    Michio Kadota;Kazuhiko Morozumi

  • High-frequency lamb wave device composed of MEMS structure using LiNbO 3 thin film and air gap

    M Kadota;T Ogami;K Yamamoto;H Tochishita

  • Elastic surface wave device

    Kenji Nishiyama;Takeshi Nakao;Michio Kadota

  • 5.4 GHz Lamb Wave Resonator on LiNbO3 Thin Crystal Plate and Its Application

    Michio Kadota;Takashi Ogami

  • Wideband acoustic wave resonators composed of hetero acoustic layer structure

    Michio Kadota;Shuji Tanaka

  • Development of Substrate Structures and Processes for Practical Applications of Various Surface Acoustic Wave Devices

    Michio Kadota

  • Small surface acoustic wave duplexer for wide-band code-division multiple access full-band system having good temperature characteristics

    Michio Kadota;Takeshi Nakao;Kenji Nishiyama;Shunsuke Kido

  • Smaller surface acoustic wave duplexer for US personal communication service having good temperature characteristics

    Takeshi Nakao;Michio Kadota;Kenji Nishiyama;Yasuharu Nakai

  • Semiconductor photonic device

    Michio Kadota

  • Surface Acoustic Wave Duplexer for US Personal Communication Services with Good Temperature Characteristics

    Michio Kadota;Takeshi Nakao;Norio Taniguchi;Eiichi Takata

  • RF filter using boundary acoustic wave

    Hajime Kando;Daisuke Yamamoto;Hikari Tochishita;Michio Kadota

  • Surface Acoustic Wave Resonators With Hetero Acoustic Layer (HAL) Structure Using Lithium Tantalate and Quartz

    Michio Kadota;Yoshimi Ishii;Shuji Tanaka

  • Recent development of temperature compensated SAW Devices

    Ken Ya Hashimoto;Michio Kadota;Takeshi Nakao;Masanori Ueda

  • Surface Acoustic Wave Characteristics of a ZnO/Quartz Substrate Structure Having a Large Electromechanical Coupling Factor and a Small Temperature Coefficient

    Michio Kadota

  • Semiconductor light-emitting element

    Michio Kadota;道雄 門田

  • Tunable filters using wideband elastic resonators

    Michio Kadota;Takashi Ogami;Tetsuya Kimura;Katsuya Daimon

  • 6B-4 RF Filter using Boundary Acoustic Wave

    H. Kando;D. Yamamoto;M. Mimura;T. Oda

  • Sensor for detecting substance in liquid

    Kenjiro Okaguchi;Takuo Hada;Michio Kadota

  • Properties of Leaky, Leaky Pseudo, and Rayleigh Surface Acoustic Waves on Various Rotated Y-cut Langasite Crystal Substrates

    Michio Kadota;Jun Nakanishi;Takeshi Kitamura;Makoto Kumatoriya

  • Surface acoustic wave filter

    Michio Kadota;Kazuhiko Morozumi

  • Piezoelectric Properties of ZnO Films on a Sapphire Substrate Deposited by an RF-Magnetron-Mode ECR Sputtering System.

    Michio Kadota;Makoto Minakata

  • S0 Mode Lamb Wave Resonators Using LiNbO3 Thin Plate on Acoustic Multilayer Reflector

    Tetsuya Kimura;Katsuya Daimon;Takashi Ogami;Michio Kadota

  • High-Frequency Lamb Wave Device Composed of LiNbO3 Thin Film

    Michio Kadota;Takashi Ogami;Kansho Yamamoto;Yasuhiro Negoro

  • High-Frequency Resonator Using A 1 Lamb Wave Mode in LiTaO 3 Plate

    Najoua Assila;Michio Kadota;Shuji Tanaka

  • Ultra-wideband and high frequency resonators using shear horizontal type plate wave in LiNbO3 thin plate

    Michio Kadota;Yasuhiro Kuratani;Tetsuya Kimura;Masayoshi Esashi

  • ScAlN Lamb wave resonator in GHz range released by XeF 2 etching

    Akira Konno;Masahiro Sumisaka;Akihiko Teshigahara;Kazuhiko Kano

Frequent Co-Authors

Masayoshi Esashi
Masayoshi Esashi Tohoku University
Yasuo Cho
Yasuo Cho Tohoku University
Seimei Shiratori
Seimei Shiratori Keio University

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