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Method of Producing Hydrophilic-Hydrophobic Hybrid Structure via 3D Printing

The invention is a novel fabrication method that links soft hydrophilic and hydrophobic materials to form hydrophilic–hydrophobic hybrid structures via 3D printing, as an alternative to chemical bonding.

Prof. NIU Xinrui, Dr. ZHAN Yuexing, Miss CHAN Yan Ting, Miss YIU Tak Mei, Miss WONG Tsz Ling

Hydrophilic
Hydrophobic
Hybrid Structure
3D Printing
Chemical Bonding
Flexible Electronics
Microfluidic Device
Soft Robotic
Artificial Tissues/Organs

A Bi-layer Liquid Optical Clear Adhesive to Improve the Strength of Screens in Smartphones

The invention is a bi-layer liquid optical clear adhesive.

Prof. NIU Xinrui, Mr. XU Bo

Bi-layer Liquid Optical Clear Adhesive
Smartphone
Tablet
Flexible Electronics
Soft Robotic

Medium for a Dental Structure

The patent introduces a novel medium for dental structures designed to address the stress mismatch problem.

Prof. LU Jian, Prof. NIU Xinrui, Dr. CHEN Bing

Dental Structure Medium
Polymeric Composite
Inorganic Fillers
Stress-releasing Layer
Gradient Physical Properties
Dental Restoration
Ceramic Dental Components
Dentin Layer
Biocompatible Materials
Dental Cement

A Direct and Simple Method for Producing a Useful Porous Graphene Material

The present invention relates to a method of producing a nanoporous graphene material by a direct sonication assisted method, which comprises the first step of reacting carbide nanoparticles with acid assisted by sonication to accomplish the nanoporous graphene material in solvent, and the second step of purifying and washing the resulting graphene material.

Prof. NIU Xinrui, Prof. KAI Jijung, Mr. HU Yonglong

Graphene
Graphene Manufacturing
Direct Sonication Assisted Method
Carbide Derivative