Sharif Digital Repository

Gas permeation and sorption properties of poly(amide-12-b-ethyleneoxide)(Pebax1074)/SAPO-34 mixed matrix membrane for CO2/CH4 and CO2/N2 separation

Author

Rabiee, H.

Publisher

Korean Society of Industrial Engineering Chemistry,

Pub. Year

2015

Subjects

CO2 capture. / Membrane gas separation. / Zeolite SAPO-34. / Carbon dioxide. / Differential scanning calorimetry. / Mechanical properties. / Membranes. / Scanning electron microscopy. / Separation. / Different pressures. / Ethylene oxides. / Gas separation performance. / Gas separations. / Mixed matrix membranes. / Pebax1074. / SAPO-34. / Sorption properties. / Gas permeable membranes.

Controlling best response dynamics for network games

Author

Fazli, M.

Publisher

IEEE Computer Society,

Pub. Year

2018

Subjects

Best response dynamics. / Computational modeling. / Control Problems. / Control systems. / Game theory. / Games. / Heuristics. / Linear programming. / Machine learning. / Mathematical model. / Networks. / Optimization.

Bacterial receiver prototype for molecular communication using rhamnose operon in a microfluidic environment

Author

Amerizadeh, A.

Publisher

Institute of Electrical and Electronics Engineers Inc,

Pub. Year

2021

Subjects

Genes. / Proteins. / Bacterial population. / Gene expressing. / Green fluorescent protein. / Microfluidic environment. / Model parameters. / Molecular communication. / Quorum-sensing. / Regulation mechanisms. / Molecules. / Bacterial protein. / Genetics. / Interpersonal communication. / Quorum sensing. / Bacterial Proteins. / Communication. / Microfluidics. / Operon. / Rhamnose.

Passive radar processing blocks gain estimation

Author

Habibi, H.

Pub. Year

2007

Subjects

Cross ambiguity function (CAF) / Direct paths. / Gain estimation. / Interference removal. / Main parameters. / Passive radars. / Processing gain. / Adaptive filtering. / Clutter (information theory) / Computer science. / Radar. / Estimation.

Magnetic, thermally stable, and superhydrophobic polyurethane sponge: A high efficient adsorbent for separation of the marine oil spill pollution

Author

Habibi, N.

Publisher

Elsevier Ltd,

Pub. Year

2022

Subjects

Oil-water separation. / Adsorption. / Boron nitride. / Carbon black. / Chemical stability. / Contact angle. / Degradation. / III-V semiconductors. / Magnetite. / Marine pollution. / Separation. / Thermodynamic stability. / Facile method. / High efficient. / Marine oil pollution. / Marine oil spills. / Oil spill pollution. / Oil/water separation. / Polyurethane sponge. / Superhydrophobic sponge. / Thermally stable. / Water contacts. / Oil spills. / Acrylic acid resin. / Adsorbent. / Boron nitride nanotube. / Carbon. / Flame retardant. / Magnetic nanoparticle. / Organic solvent. / Polyurethan. / Polyurethan foam. / Sodium chloride. / Superhydrophobic polyurethane sponge. / Surface water. / Unclassified drug. / Water. / Water oil cream. / Oil. / Boron. / Cleanup. / Resin. / Solvent. / Chemical analysis. / Chemical composition. / Chemical structure. / Coating (procedure) / Hydrophobicity. / Magnetic field. / Marine environment. / Nanofabrication. / Oil spill. / Phase separation. / Room temperature. / Surface property. / Thermostability. / Water content. / Wettability. / Chemical phenomena. / Magnetism. / Arabian Sea. / Indian Ocean. / Persian Gulf. / Porifera. / Hydrophobic and Hydrophilic Interactions. / Magnetic Phenomena. / Oils. / Petroleum Pollution. / Polyurethanes.

Thermally conductive and superhydrophobic polyurethane sponge for solar-assisted separation of high-viscosity crude oil from water

Author

Habibi, N.

Publisher

American Chemical Society,

Pub. Year

2022

Subjects

Photothermal materials. / polyaniline. / solar-driven oil absorbents. / Absorption. / Chlorine compounds. / Contact angle. / Crude oil. / Fabrication. / III-V semiconductors. / Irradiation. / Magnetite. / Nanosheets. / Nitrides. / Polyurethanes. / Seawater. / Separation. / Thermal conductivity. / Urea. / Viscosity. / Hexagonal boron nitride. / High viscosities. / Oil absorption capacity. / Oil viscosity. / Photo-thermal. / Photothermal material. / Polyurethane sponge. / Solar assisted. / Solar-driven oil absorbent. / Sunlight irradiation. / Boron nitride.

Superhydrophobic and thermally conductive carbon black/hexagonal boron nitride@Fe3O4/cellulose composite paper for electromagnetic interference shielding

Author

Habibi, N.

Publisher

Elsevier Ltd,

Pub. Year

2022

Subjects

Carbon black. / EMI shielding. / Thermal conductivity. / Antennas. / Cellulose. / Electric conductivity. / Electromagnetic pulse. / Electromagnetic shielding. / Electromagnetic wave interference. / Hydrophobicity. / III-V semiconductors. / Magnetite. / Nitrides. / Paper. / Resins. / Signal interference. / Cellulose composites. / Cellulose papers. / Dip coating. / Dip-coating/spraying process. / Hexagonal boron nitride. / High electrical conductivity. / Polyacrylic resins. / Spraying process. / Superhydrophobic cellulose paper. / Boron nitride. / Coatings. / Contact Angle. / Resistivity. / Water Repellence.