Shinnosuke Hirata

Associate Professor

Chiba University

Japan

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About

Shinnosuke Hirata is an Associate Professor at Chiba University in Japan. His research focuses on acoustic properties in medical imaging, particularly involving ultrasound technologies and their applications in diagnosing liver conditions. Recent works include studies on the effects of fat deposition in rat liver and advancements in Doppler ultrasonography techniques for visualizing fluid viscosity.

Articles (16)

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2025

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2021

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2021

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2021

Collaborators (4)

Hiroyuki Hachiya

Professor Emeritus

Institute of Science Tokyo

JAPAN

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Tadashi Yamaguchi

Professor

Chiba University

JAPAN

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Kenji Yoshida

Chiba University

JAPAN

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Mengxing Tang

Prof.

Imperial College London

UNITED KINGDOM

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Shinnosuke Hirata

Research Interests

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Articles (16)

Basic study on the effects of fat deposition in rat liver on the relationship between acoustic and electrical properties

Burst-wave-aided contrast-enhanced active Doppler ultrasonography can visualize the viscosity of a Newtonian fluid in a channel

Convolutional neural network classification of ultrasound parametric images based on echo-envelope statistics for the quantitative diagnosis of liver steatosis

Relationship between transmission/reception conditions of high-frequency plane wave compounding and evaluation accuracy of extended amplitude envelope statistics

Verification of effect of interference between multiple scatterers on the evaluation of backscattering coefficient

Detection of Individual Microbubbles by Burst-Wave-Aided Contrast-Enhanced Active Doppler Ultrasonography

Pseudo-Doppler effect at a disappearance of a single microbubble translating owing to acoustic radiation force

Improved robustness of multi-component analysis in amplitude envelope statistics using plane waves

Effect of inconsistency of irradiation conditions of acoustic radiation force caused by tissue structure on shear wave velocity evaluation

Backscatter properties of two-layer phantoms using a high-frequency ultrasound annular array

Evaluation of contrast enhancement ultrasound images of Sonazoid microbubbles in tissue-mimicking phantom obtained by optimal Golay pulse compression

Size-dependent translational velocity of phospholipid-coated bubbles driven by acoustic radiation force

Effective roughness on the sea surface for determining variability characteristics of reflected sound waves

Fatty liver evaluation with double-Nakagami model under low-resolution conditions

Verification of the influence of liver microstructure on the evaluation of shear wave velocity

Selection on Golay complementary sequences in binary pulse compression for microbubble detection

Collaborators (4)

Hiroyuki Hachiya

Tadashi Yamaguchi

Kenji Yoshida

Mengxing Tang

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