Tianbo Liu

A. Schulman Professor

University of Akron

United States

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About

Tianbo Liu is the A. Schulman Professor at the University of Akron, USA. His research interests include the study of intermolecular distances in macroionic solutions, self-assembly processes, and phase transitions in liquid crystalline structures. He has contributed to the understanding of chiral selectivity in metal-organic cages and the behavior of amphiphilic molecules in various solvents.

Articles (20)

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2020

Collaborators (7)

Kexing Xiao

University of Akron

UNITED STATES

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Ruibo Hu

University of Akron

UNITED STATES

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Stephen Cheng

Professor

University of Akron

UNITED STATES

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Jiahui Chen

Vertex Pharmaceuticals

UNITED STATES

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Mesfin Tsige

University of Akron

UNITED STATES

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Nita Sahai

Professor

University of Akron

UNITED STATES

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Oleg Lavrentovich

Trustees research professor

Kent State University

UNITED STATES

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Tianbo Liu

Research Interests

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About

Articles (20)

Determination of Intermolecular Distances in Dilute Solutions of Macroions and Their Direct Correlations with Self-Assembly and Macrophase Transitions

Correction to “Chiral Selectivity between Pd12Ala24 Metal–Organic Cages Containing Endohedral Chiral Ligands and Their Chiral Counterions”

Chiral Selectivity between Pd12Ala24 Metal–Organic Cages Containing Endohedral Chiral Ligands and Their Chiral Counterions

Liquid Crystalline Structures Formed by Sphere–Rod Amphiphilic Molecules in Solvents

Sensing the Small Change of Intermolecular Distance in Supramolecular Assembly by Using the Tunable Emission Wavelength of AIE‐Active Luminogens

Assembly of Dumbbell- and Bola-Shaped Amphiphiles: Vesicles with Condensed Hydrophobic Domains or Blackberry-type Structures with Porous Surfaces?

A Two‐Step Intermolecular Interaction Of Molecular Macroions With Multivalent Counterions

Complex Phase Transitions of Fully Rigid Sphere–Rod Amphiphiles Induced by Solvent Polarity in Dilute Solutions

Coacervate Formation in Dilute Aqueous Solutions of Inorganic Molecular Clusters with Simple Divalent Countercations

Critical Conditions Regulating the Gelation in Macroionic Cluster Solutions

Complex phase transitions and phase engineering in the aqueous solution of an isopolyoxometalate cluster

Polymer Science and Engineering at the University of Akron: Special Issue

Molecular Geometry‐Directed Self‐Recognition in the Self‐Assembly of Giant Amphiphiles

Side Group of Hydrophobic Amino Acids Controls Chiral Discrimination among Chiral Counterions and Metal–Organic Cages

Abnormal Association between Metal−Organic Cages and Counterions Regulated by the Hydration Shells

Recent advancements in understanding the self-assembly of macroions in solution via molecular modeling

The rare-earth derivant of mixed-polyoxoniobate clusters with high proton release capacity

Standalone 2-D Nanosheets and the Consequent Hydrogel and Coacervate Phases Formed by 2.5 nm Spherical U<sub>60</sub> Molecular Clusters in Dilute Aqueous Solution

Strong Enantiomeric Preference on the Macroion–Counterion Interaction Induced by Weakly Associated Chiral Counterions

Nanosheets and Hydrogels Formed by 2 nm Metal–Organic Cages with Electrostatic Interaction

Collaborators (7)

Kexing Xiao

Ruibo Hu

Stephen Cheng

Jiahui Chen

Mesfin Tsige

Nita Sahai

Oleg Lavrentovich

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