Colloid

Spherical iron/silica nanocomposites from core-shell particles

Engineering / Silica / Physical sciences / Magnetic Properties / Iron Oxide / Iron / CHEMICAL SCIENCES / Colloid / Iron / CHEMICAL SCIENCES / Colloid

Spherical iron/silica nanocomposites from core-shell particles

Engineering / Silica / Physical sciences / Magnetic Properties / Iron Oxide / Iron / CHEMICAL SCIENCES / Colloid / Iron / CHEMICAL SCIENCES / Colloid

Dynamic mechanical properties of suspensions of micellar casein particles

Engineering / Light Scattering / Rheology / Low Frequency / High Frequency / Micelles / Physical sciences / Calcium Phosphates / Light / Temperature / Shear Stress / Suspensions / CHEMICAL SCIENCES / Suspension / Particle / Frequency Dependence / Particle Size / Colloid / Micelles / Physical sciences / Calcium Phosphates / Light / Temperature / Shear Stress / Suspensions / CHEMICAL SCIENCES / Suspension / Particle / Frequency Dependence / Particle Size / Colloid

Facile preparation of superhydrophobic coatings by sol–gel processes

Engineering / Surface Roughness / Sol Gel Process / Physical sciences / Contact angle / CHEMICAL SCIENCES / Colloid / CHEMICAL SCIENCES / Colloid

Ceramic encapsulated latex composites

Engineering / Physical sciences / CHEMICAL SCIENCES / Glass Transition Temperature / Room Temperature / Elevated Temperature / Colloid / Elevated Temperature / Colloid

Colloidal catalysts based on iron(III) oxides. 1. Decomposition of hydrogen peroxide

Colloid

Superhydrophobic cellulose nanocomposites

Engineering / Scanning Electron Microscopy / Nanotechnology / Cellulose / Silica / Nanocomposite / Physical sciences / Nanostructures / Contact angle / Composite Material / Renewable Resources / CHEMICAL SCIENCES / Room Temperature / Surface Properties / Surface characterization / Atomic Force Microscope / Colloid / Superhydrophobicity / Nanocomposite / Physical sciences / Nanostructures / Contact angle / Composite Material / Renewable Resources / CHEMICAL SCIENCES / Room Temperature / Surface Properties / Surface characterization / Atomic Force Microscope / Colloid / Superhydrophobicity

Modified Particle Detachment Model for Colloidal Transport in Porous Media

Chemical Engineering / Civil Engineering / History / Applied Mathematics / Filtration / Concentration / Transport Phenomena in Porous Media / Transport / Porosity / Reservoir / Experiment / Porous Media / Particles / Balance / Mathematical Models / Reservoirs / Mathematical Model / Suspension / Pressure Drop / Equilibrium / Force / Torque / Colloid / Exact solution methods / Concentration / Transport Phenomena in Porous Media / Transport / Porosity / Reservoir / Experiment / Porous Media / Particles / Balance / Mathematical Models / Reservoirs / Mathematical Model / Suspension / Pressure Drop / Equilibrium / Force / Torque / Colloid / Exact solution methods

Uniform discotic wax particles via electrospray emulsification

Engineering / Water / Structure / Electrochemistry / Liquid Crystals / Self Assembly / Evaporation / Density / DISTRIBUTION / Phase Transitions / Electrospray / Growth / Conversion / Air / Physical sciences / Ethanol / Attraction / Phase transition / Droplet / Shape / Conductivity / CHEMICAL SCIENCES / Suspension / Particle / Particle Size / Layered Structure / Size Distribution / Surface Tension / Emulsions / Wax / Distribution / Alkenes / Flow Rate / Colloid / Polarized Light Microscopy / Electric Conductivity / ROD / Stacking / Self Assembly / Evaporation / Density / DISTRIBUTION / Phase Transitions / Electrospray / Growth / Conversion / Air / Physical sciences / Ethanol / Attraction / Phase transition / Droplet / Shape / Conductivity / CHEMICAL SCIENCES / Suspension / Particle / Particle Size / Layered Structure / Size Distribution / Surface Tension / Emulsions / Wax / Distribution / Alkenes / Flow Rate / Colloid / Polarized Light Microscopy / Electric Conductivity / ROD / Stacking

Colloidosomes: Selectively Permeable Capsules Composed of Colloidal Particles

Physical Chemistry / Water / Manufacturing / Accounting / Science / Scanning Electron Microscopy / Self Assembly / Confocal Microscopy / Multidisciplinary / Adsorption / Dosage Form / Elasticity / Diffusion / Permeability / Colloids / Fabrication / Particle / Surface Properties / Emulsions / Capsules / Colloid / Cell Survival / Polymethyl Methacrylate (PMMA) / Selectivity / fibroblasts / Scanning Electron Microscopy / Self Assembly / Confocal Microscopy / Multidisciplinary / Adsorption / Dosage Form / Elasticity / Diffusion / Permeability / Colloids / Fabrication / Particle / Surface Properties / Emulsions / Capsules / Colloid / Cell Survival / Polymethyl Methacrylate (PMMA) / Selectivity / fibroblasts

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