Kentaro Nakamura

Professor

Tokyo Institute of Technology

Japan

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About

Professor Kentaro Nakamura is a faculty member at the Tokyo Institute of Technology in Japan. His research focuses on transdermal drug delivery systems, ultrasonic technologies, and polymer optical fibers, as evidenced by his recent publications on various applications of ultrasonic irradiation and strain sensing. He is also involved in advancing techniques in Brillouin scattering for optical sensing and imaging purposes.

Articles (19)

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2025

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2025

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2024

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2024

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2023

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2023

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2023

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2023

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2023

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2023

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2023

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2022

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2022

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Ritsumeikan University

JAPAN

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Kentaro Nakamura

Research Interests

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About

Articles (19)

Transdermal administration of macromolecular drugs by multi-frequency sequential ultrasonic irradiation

Brillouin frequency shift dependences on strain and temperature in perfluorinated polymer optical fibers with unique core dopants

Airborne Ultrasound Detection via Refractive Index Modulation of Air Using Sagnac Interferometry

Multimode interference-based strain sensing using micro dry-etched perfluorinated polymer optical fibers

A Miniature Traveling Wave Ultrasonic Linear Motor Utilizing Bimorph Transducers

Modified Expression for Spatial Resolution in Optical Correlation-Domain Reflectometry

Guideline for improving spatial resolution in direct-modulation Brillouin optical correlation-domain reflectometry

Fiber Bragg gratings operating across arbitrary wavelength ranges

Observation of Rayleigh scattering by simplified optical correlation-domain reflectometry without frequency shifter

Seismic detection with distributed acoustic sensors using a convolutional neural network in the frequency wavenumber spectrum

Compensation of noise floor distortion in long-range simplified optical correlation-domain reflectometry without the use of electrical spectrum analyzer

Total spectral power-based method for estimating Brillouin frequency shift in optical fibers

Simplified setup for Brillouin scattering observation using variable reflectivity mirror and its polarisation characteristics

Reflectometric configuration for polymer optical fiber Bragg grating-based real-time tactile sensing

Proof-of-concept demonstration of double-slope-assisted Brillouin optical correlation-domain reflectometry

Potential of high-sensitivity tactile sensing using polymer optical fiber gratings

Proposal of Polarization Optical Correlation-Domain Reflectometry (POCDR)

Characterization of modal interference in multi-core polymer optical fibers and its application to temperature sensing

Super-simplified optical correlation-domain reflectometry

Collaborators (5)

Yosuke Mizuno

Koichi Ichige

Hirotaka James Okano

Heeyoung Lee

Daisuke Yamane

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