Hydrophobicity

Experimental measurements of effective diffusion coefficient of oxygen–nitrogen mixture in PEM fuel cell diffusion media

Mechanical Engineering / Chemical Engineering / Design / Mass Transfer / Electrochemistry / Energy / Modeling / Density / Fuel Cell / Conception / Porosity / Diffusion / Porous Media / Nitrogen / Current Density / Mass Transport / PEM fuel cell / Diffusion Coefficient / Hydrophobicity / Chemical Engineering Science / Porous Medium / Experimental Measurement / Theoretical Model / Gas Diffusion Layer / Energy / Modeling / Density / Fuel Cell / Conception / Porosity / Diffusion / Porous Media / Nitrogen / Current Density / Mass Transport / PEM fuel cell / Diffusion Coefficient / Hydrophobicity / Chemical Engineering Science / Porous Medium / Experimental Measurement / Theoretical Model / Gas Diffusion Layer

El papel de la vegetación de pinar y de matorral en la regeneración de los suelos afectados por los incendios forestales. Efectos hidrológicos y erosivos en el año posterior al incendio

Water / Mediterranean / Erosion / Vegetation / Hydrophobicity

El papel de la vegetación de pinar y de matorral en la regeneración de los suelos afectados por los incendios forestales. Efectos hidrológicos y erosivos en el año posterior al incendio

Water / Mediterranean / Erosion / Vegetation / Hydrophobicity

Experimental measurements of effective diffusion coefficient of oxygen–nitrogen mixture in PEM fuel cell diffusion media

Mechanical Engineering / Chemical Engineering / Design / Mass Transfer / Electrochemistry / Energy / Modeling / Density / Fuel Cell / Conception / Porosity / Diffusion / Porous Media / Nitrogen / Current Density / Mass Transport / PEM fuel cell / Diffusion Coefficient / Hydrophobicity / Chemical Engineering Science / Porous Medium / Experimental Measurement / Theoretical Model / Gas Diffusion Layer / Energy / Modeling / Density / Fuel Cell / Conception / Porosity / Diffusion / Porous Media / Nitrogen / Current Density / Mass Transport / PEM fuel cell / Diffusion Coefficient / Hydrophobicity / Chemical Engineering Science / Porous Medium / Experimental Measurement / Theoretical Model / Gas Diffusion Layer

Triple-hybrid sub-micron particles: Ag@polymer@silica

Materials Engineering / Fiber / Sol Gel Process / Particles / Surfactant / Droplet / Particle / Hydrophobicity / Monomer / Hybrid Materials / Droplet / Particle / Hydrophobicity / Monomer / Hybrid Materials

Bacterial Transmission from Contact Lenses to Porcine Corneas: An Ex Vivo Study

Cornea / Confocal Microscopy / Biological Sciences / Contact Lenses / Contact Lens / Animals / Bacteria / Staphylococcus aureus / Statistical Significance / Pseudomonas aeruginosa / Eye / Hydrophobicity / Swine / Confocal Laser Scanning Microscopy / Pseudomonas Aeruginosa / Bacterial Adhesion / Animals / Bacteria / Staphylococcus aureus / Statistical Significance / Pseudomonas aeruginosa / Eye / Hydrophobicity / Swine / Confocal Laser Scanning Microscopy / Pseudomonas Aeruginosa / Bacterial Adhesion

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