No. 100 Waihuan Xi Road
Guangzhou Higher Education Mega Center
Guangzhou, 510006
China
Guangdong University of Technology
Single-crystal GaN, Metal contact corrosion, Chemical mechanical polishing, Al polishing plate, *OH
SiC wafers, Laser Slicing, Nano-mechanical properties, Brittle-to-plastic transition, Grinding mechanisms
Polycrystalline diamond, Photo-Fenton reaction, Diamond abrasive, Material removal mechanism
Single-crystal diamond, Ultra-short pulse laser processing, Pulse width, Material removal mechanism
Gallium nitride, Electro-Fenton, Friction and Wear, Oxidation corrosion, Magnetorheological polishing
Keywords: UV-catalysis, polishing disc materials, single crystal diamond, friction and wear experiments, chemical mechanical polishing
Single-crystal SiC, Chemical mechanical polishing, Magnetorheological effect, Magnetorheological properties, Magnetorheological elastomeric polishing pad
Single Crystal Diamond, Fenton Reaction, Hydroxyl Radicals (·OH), Material Removal Characteristics, Material Removal Model
Single-crystal SiC, ECMRF, Tribological behavior, Frictional pairs, Material removal mechanism
Electrochemical magnetorheological polishing, Hydrothermal synthesis method, Magnetic composite particles, Single-crystal SiC
Polycrystalline diamond, Box-Behnken response surface experiments, Photo-Fenton reaction, Chemical mechanical polishing, Optimisation of polishing process parameters
Agglomerated diamond, Groove structure, Sapphire wafer, Dynamic self-sharpening mechanism, Material removal behavior
Single-crystal SiC, ECMRF, Tribological behavior, Material removal mechanism
CIP@Fe3O4, single-crystal SiC, Fenton reaction, Frictional wear, polishing
CIP@Fe3O4, Single-crystal SiC, Fenton reaction, Chemical mechanical polishing
Magnetorheological finishing, catalytic activity, corrosion resistance, Fe-Ti-O, magnetization
Keywords: Fe-based nanocrystalline alloy strips, Cryogenic scratches, Cryogenic assisted processing, shear force
Dynamic composite magnetic field, Interactive coupling effect, Micro-topography, Prediction models