Haonan Liu

Assistant Professor

Tokyo Institute of Technology

Japan

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About

Haonan Liu is an Assistant Professor at the Tokyo Institute of Technology, Japan. His research primarily focuses on the nanomechanical behavior of elastomer nanocomposites and the photophysical properties of polyimides. He has published recent articles exploring topics such as local relaxation of amorphous polymers, the optical and dielectric properties of bio-based polyimides, and fluorescence properties in various compounds.

Articles (22)

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2025

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2020

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2020

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2020

Collaborators (4)

Shinji Ando

Professor, Vice President (2016~)

Tokyo Institute of Technology

JAPAN

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Tomoya Fukui

Assistant Professor

Tokyo Institute of Technology

JAPAN

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So Fujinami

特定准教授 / Program-Specific Associate Professor

Kyoto University

JAPAN

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Xiaobin Liang

Assistant professor

Tokyo Institute of Technology

JAPAN

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Haonan Liu

Research Interests

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About

Articles (22)

Optical, Dielectric, and Thermal Properties of Bio‐Based Polyimides Derived from An Isosorbide‐Containing Diamine

Photophysical analysis of prolonged UV irradiation-induced delayed luminescence of semi-aromatic polyimides and its relation to oxygen permeability

An In Situ Method for Deciphering Nanomechanical Behavior in Elastomer Nanocomposites under Large Deformation

Nanomechanical mapping of green and vulcanized natural rubber latex film by AFM PeakForce QNM: Impact of proteins and lipids contents on film quality

Optical, Dielectric, and Thermal Properties of Bio-Based Polyimides Derived from An Isosorbide-Containing Diamine

Precise detection of local relaxation of amorphous polymers at low temperatures via O2 diffusion probed by a dual-luminescent imide compound

Prolonged irradiation-induced delayed luminescence of PMMA-dispersed imide compounds containing ether- and thioether-bridged cores

Solvatochromic multi-colour fluorescence driven by thiol-type ESIPT in a 1-mercapto-naphthaldiimide compound

Pressure-Induced Enhancement of Room-Temperature Phosphorescence in Heavy Halogen-Containing Imide and Polyimide

Thermal, Optical, and Dielectric Properties of Bio-based Polyimides Derived from an Isosorbide-containing Dianhydride and Diamines with Long Alkyl Chains

Frequency-dependent dielectric properties of aromatic polyimides in the 25–330 GHz range

Simultaneous Visualization of Microscopic Conductivity and Deformation in Conductive Elastomers

In Situ Nanostress Visualization Method to Reveal the Micromechanical Mechanism of Nanocomposites by Atomic Force Microscopy

In Situ Nanostress Visualization Method to Reveal the Micromechanical Mechanism of Nanocomposites by Atomic Force Microscopy

Overcoming the entropy of polymer chains by making a plane with terminal groups: a thermoplastic PDMS with a long-range 1D structural order

Nanoscale strain–stress mapping for a thermoplastic elastomer revealed using a combination of in situ atomic force microscopy nanomechanics and Delaunay triangulation

Direct Visualization of Interfacial Regions between Fillers and Matrix in Rubber Composites Observed by Atomic Force Microscopy-Based Nanomechanics Assisted by Electron Tomography

Direct visualization of stretch-induced phase separation in methoxy silyl-terminated polypropylene oxide/epoxy resin-type polymer alloys via AFM nanomechanics: A toughening mechanism

Direct visualization of stretch-induced phase separation in methoxy silyl-terminated polypropylene oxide/epoxy resin-type polymer alloys via AFM nanomechanics: A toughening mechanism

Direct visualization of a strain-induced dynamic stress network in a SEBS thermoplastic elastomer with in situ AFM nanomechanics

Direct visualization of a strain-induced dynamic stress network in a SEBS thermoplastic elastomer with in situ AFM nanomechanics

Programmable Reversible Shape Transformation of Hydrogels Based on Transient Structural Anisotropy

Collaborators (4)

Shinji Ando

Tomoya Fukui

So Fujinami

Xiaobin Liang

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