ScholarWorks@Hanyang University ERICA Campus: Manwar, Hussain

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Manwar, Hussain (Manwar Hussain)

ERICA 공학대학 (DEPARTMENT OF MATERIALS SCIENCE AND CHEMICAL ENGINEERING)

Research Area: Chemical Process engineering

Tel 031-400-5280
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nanocomposites:7||graphene:4||COMPOSITES:4||Nanocomposites:3||POLYMERS:3||PVDF:3||composites:3||conducting polymers:2||Sensors:2||Silver nanoparticles:2||BEHAVIOR:2||percolation threshold:2||pressure sensor:2||conductivity:2||solar devices:2||dynamic mechanical properties:2||POLY(NORBORNYLPOSS) COPOLYMERS:2||FILMS:2||ORGANICINORGANIC NANOCOMPOSITES:2||Carbon nanotubes:2||applications:2||mechanical properties:2||Antibacterial properties:2||CNT:2||PRECURSORS:2||FABRICATION:1||FUNCTIONALIZED SPHEROSILICATES:1||Flame retardant:1||Fuzzy logic:1||GLYCEROL:1||GLYCOL:1||GRAPHENEOXIDE:1||GRAPHENE/POLYPYRROLE:1||GRAPHITE OXIDE:1||Graphene:1||Graphene Oxide Carbon Nanotube (GO/CNT):1||Graphene oxide:1||HANSEN SOLUBILITY PARAMETERS:1||HYBRIDS:1||HYDROSILYLATION:1||Hybrid Materials:1||INTERFACIAL TENSIONS:1||Iron:1||Knitted fabric:1||Laser Flash Method:1||Leaching:1||MOLECULARWEIGHT:1||Modified Stober method:1||MultiWalled Carbon Nanotubes:1||Multiwalled Carbon Nanotubes:1||NANOCOMPOSITES:1||NANOPLATELETS:1||Nanocomposite:1||Nanoparticle growth:1||OLIGOSILSESQUIOXANES:1||OPTICALPROPERTIES:1||OXIDATION:1||PLATFORMS:1||PMMA:1||PMMA Beads:1||PMMA bead:1||PMSQ:1||POLY(VINYL ALCOHOL):1||POLYANILINE:1||POLYPROPYLENE:1||POLYPYRROLE:1||POLYSTYRENE:1||POLYVINYL ALCOHOL/STARCH BLENDS:1||POSS:1||PROTONIC ACID:1||Poly(methylmethacrylate):1||Polymermatrix composites (PMCs):1||Potential Electronic Applications:1||Prediction:1||Press Pressure:1||Pressure Sensors:1||REDUCED GRAPHENE OXIDE:1||REDUCTION:1||ROUTE:1||Reduced graphene oxide:1||SHEETS:1||SINGLEWALL:1||SITU BULKPOLYMERIZATION:1||SOLVENTS:1||SUPERCAPACITORS:1||SURFACE:1||SURFACES:1||SYNTHETIC PLATFORMS:1||Sequential repetitive chemical reduction:1||SiO2AgNPs @ Core and Crust:1||SiO2AgNPs nanoeomposite:1||Silver:1||Silver release:1||TETRAMETHYLAMMONIUM SILICATE:1||Thermal Pathways:1||Thermoplastic polyurethane:1||WALLED CARBON NANOTUBES:1||Whiteness index:1||acid treatment:1||activation parameters:1||adsorption:1||biopolymers:1||catalysts:1||chemisorption:1||clay:1||conductive clay:1||conductive ionic liquid:1||curcumin:1||electrical resistivity:1||emulsion polymerization:1||equilibrium:1||flame retardants:1||functionalized graphene:1||interparticle spacing:1||kinetics:1||modal:1||morphology:1||multiwall carbon nanotubes:1||nanocellulose:1||nanoclay:1||nanocomposite polymer substrate electrodes:1||nanocomposite polymer substrate electrodes:1||natural dye:1||organoclay:1||pressure sensors:1||resistivity:1||solution casting:1||surfactant:1||surfactants:1||synergic effect:1||thermal mechanical properties:1||thermoplastic polyurethanes:1||4Nitrophenol:1||turmeric:1||ADDITIVITY:1||ANILINE:1||Aminated polyethersulfone:1||Antibacterial activities:1||BLACK:1||Bleaching:1||Boron Nitride:1||CONDUCTIVITY:1||CROSSLINKING:1||Carbon fiber:1||Carbon nanotube:1||Carbon nanotubes and nanofibers:1||Coated Beads:1||Composite membranes:1||Conductivity:1||Cotton:1||DISPERSION FORCES:1||Dodecylbenzenesulfonic Acid (DBSA):1||ELECTROCHEMICAL PERFORMANCE:1||ELECTRODES:1||EXFOLIATED GRAPHITE:1||Electrical Properties:1||Electrical Resistivity:1||Electrical properties:1||

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