#Guofu Zhou

Two-dimensional colloidal particle assembly in ionic surfactant solutions under an oscillatory electric field

Transport Phenomena at Micro/Nanoscale , 华南师范大学

Photothermal conversion of SiO2@Au nanoparticles mediated by surface morphology of gold cluster layer

Transport Phenomena at Micro/Nanoscale , 华南师范大学

Paper-based electrowetting devices fabricated with cellulose paper and paraffin wax

Transport Phenomena at Micro/Nanoscale , 华南师范大学

Droplet-Based Microfluidic Thermal Management Methods for High Performance Electronic Devices

Transport Phenomena at Micro/Nanoscale , 华南师范大学

Flow-Field-Assisted Dielectrophoretic Microchips for High-Efficiency Sheathless Particle/Cell Separation with Dual Mode

Transport Phenomena at Micro/Nanoscale , 华南师范大学

Ag nano-assemblies on Si surface via CTAB-assisted galvanic reaction for sensitive and reliable surface-enhanced Raman scattering detection

Transport Phenomena at Micro/Nanoscale , 华南师范大学

Interfacial Complexation Induced Controllable Fabrication of Stable Polyelectrolyte Microcapsules Using All-Aqueous Droplet Microfluidics for Enzyme Release

Transport Phenomena at Micro/Nanoscale , 华南师范大学

Electrowetting on liquid-infused membrane for flexible and reliable digital droplet manipulation and application

Transport Phenomena at Micro/Nanoscale , 华南师范大学

An Electrochemical Sensor for Determination of Vitamin B2 and B6 Based on AuNPs@PDA-RGO Modified Glassy Carbon Electrode

Transport Phenomena at Micro/Nanoscale , 华南师范大学

Self-Healing Flexible Conductive Film by Repairing Defects via Flowable Liquid Metal Droplets

Transport Phenomena at Micro/Nanoscale , 华南师范大学

A simple capillary-based open microfluidic device for size on-demand high-throughput droplet/bubble/microcapsule generation

Transport Phenomena at Micro/Nanoscale , 华南师范大学

Particle directed dual-fluid flow driven by electrowetting for controllable multiway light valves

Transport Phenomena at Micro/Nanoscale , 华南师范大学

Improving Electrophoretic Particle Motion Control in Electrophoretic Displays by Eliminating the Fringing Effect via Driving Waveform Design

Transport Phenomena at Micro/Nanoscale , 华南师范大学

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