ScholarWorks@Hanyang University ERICA Campus: Lgaz, Hassane

Detailed Information

Lgaz, Hassane (하산 르가즈)

HANYANG INSTITUTE FOR TALENT DEVELOPMENT (ERICA 창의융합교육원)

Research Area

Tel 031-436-8160
Homepage

ResearcherID ORCiD Scopus Google Scholar ID ResearchGate

Keyword

Corrosion inhibitor:20||Corrosion inhibition:17||Molecular dynamics:17||DFT:16||Density functional theory:15||Carbon steel:13||Adsorption:10||Density Functional Theory:9||Mild steel:7||Green inhibitor:6||N80 steel:6||SEM:6||Corrosion inhibitors:6||COSMORS:5||adsorption:4||corrosion inhibition:4||Hydrazone:4||Corrosion:4||DFTB:4||Electrochemistry:4||Electrochemical techniques:4||Ionic liquids:3||Acidizing process:3||Green chemistry:3||Natural Bond Orbital:3||Density functional tight binding:3||corrosion inhibitor:3||SCCDFTB simulations:3||Acid inhibition:3||Corrosion Inhibition:3||density functional theory:3||Chitosan:3||Organic solar cells:3||Modelling studies:3||Molecular Dynamics:3||molecular dynamics:3||Density of states:3||SCCDFTB:2||Densityfunctional tightbinding:2||corrosion:2||Phenol:2||Steel:2||Molecular docking:2||Artificial neural network:2||density of states:2||Firstprinciples DFT:2||Cosmo‑rs Solvation:2||Activated carbon:2||Isatin Derivatives:2||N1‑methylation:2||Isonicotinohydrazide:2||Adsorption isotherm:2||Aluminum alloy:2||Chemical medicines:2||Green compound:2||QSAR:2||EIS:2||mild steel:2||molecular dynamics simulation:2||Quantum chemical calculations:2||Copper corrosion:2||Electrochemical analysis:2||Residual biomass:2||Response surface methodology:2||Electrochemical characterization:2||MLR model:2||Nonlinear Optical Properties:2||Weight loss:2||Cannabis sativa L:2||Metals:2||Optical properties:2||carbon steel:2||Clays:1||Coions:1||Complexation:1||Computational calculations:1||Computational modeling:1||Computational studies:1||Congo Red dye:1||Coordination compounds:1||Copper(II):1||Corrosion Testing:1||Corrosion inhibitorSteel rebarHydrazoneConcrete pore solutionElectrochemical studies:1||Corrosion inhibitorsQSAR analysisMLR modelANN modelMolecular descriptorsPyridazine derivatives:1||Corrosion mitigation:1||Corrosion protection:1||Cosmors:1||Coumarin azoimine:1||Crosslinking:1||Crystal Structure:1||Crystal structure:1||Crystal violet:1||Cupressus arizonica:1||Current transients:1||D–A–D type molecules:1||DFT calculations:1||Debromination:1||Density Functional Tight Binding:1||Density Functional theory:1||Density functional based tight binding:1||Density functional theory simulation:1||Densityfunctionaltheory:1||Depollution:1||Diatomaceous earth:1||Diethylaminoethyl cellulose:1||Dihydrogenphosphate:1||Donor/acceptor:1||Drug molecules:1||Drugs:1||Dyes:1||Ecofriendly Inhibitor:1||Ecofriendly inhibitor:1||Electropolymerization:1||Electrochemical methods:1||Electrochemical properties:1||Electrochemical studies:1||Electrochemicals:1||Electron Affinity:1||Endocrinedisrupting chemicals:1||Environmental Toxicity:1||Epichlorohydrin:1||Epoxy resin:1||Essential oil:1||Essential oil extraction:1||Essential oil extraction residues:1||Expired drugs:1||Fatty acid composition:1||Fermentation:1||Fill factor:1||Fouling mitigation and hybrid separation processes:1||Free volume theory:1||Freundlich:1||Frontier molecular orbitals:1||Fukui indices:1||Fullerenederivatives:1||GCDs:1||HCl:1||Heat treatment:1||Heating rate:1||Hexavalent chromium:1||Hirshfeld surface:1||Hirshfeld surface analysis:1||Hybrid coatings:1||Hydrazide:1||Hydrazide derivative:1||Hydrazone derivative:1||Hydrogen Bond:1||Hydrogen Bonds:1||Hydroquinazolinone:1||Hydroquinazolinones:1||Imidazolium:1||Imine derivative:1||Insitu corrosion monitoring electrode:1||Insitu polymerization:1||Indolin2one derivatives:1||Infrared spectroscopy:1||Inhibition:1||Inhibitors:1||InorganicOrganic Hybrid:1||Interfaces:1||Ionization Potential:1||Iron:1||Iron Surface:1||Isatin:1||Isatinhydrazone:1||Janus TiSSe:1||Janus membrane architectures:1||Kinetic parameters:1||Langmuir:1||Langmuir adsorption:1||Lead(II):1||Li/Na/Mgion battery:1||Ligninbased ionic liquids:1||Liu isotherm model:1||Lowcost adsorbent:1||MCS:1||MLPNN model:1||MXene membranes:1||Malachite Green:1||Malonic estersGreen chemistryMild steelCorrosion inhibitorDFTBDFT:1||Mefenamic acid:1||Membrane bioreactors:1||Membrane separation:1||Metal:1||Metal oxides:1||Methyl Orange:1||Methyl orange:1||Methylation:1||Microstructure:1||Microwaveassisted extraction:1||Molecular Dynamic Simulation:1||Molecular Electronics:1||Molecular Orbitals:1||Molecular Oxygen:1||Molecular descriptors:1||Molecular dynamic:1||Molecular dynamic simulation:1||Molecular dynamics simulation:1||Molecular simulation:1||Molecules:1||Monte carlo:1||MottSchottky:1||Multilayer coating:1||N80 carbon steel:1||NBO:1||NBO analysis:1||Nanocomposites:1||Nanofiltration:1||Natural adsorbent:1||Natural extracts:1||Nettle extract:1||Ni/sodalite zeolite:1||Nickelaluminium bronze:1||Nitrate removal:1||Nitrogen:1||Noncovalent interactions:1||Noncovalent interactions:1||Nonlinear Optics:1||Nonlinear optical properties:1||Nutritional composition:1||OPhenylenediamine:1||Oily wastewater treatment:1||Olive stone:1||Omicron variant:1||Open circuit voltage:1||Opencircuit voltage:1||Optical Properties:1||Ordinary least squares regression:1||Organic pollutants:1||Oxadiazole:1||Oxidative synthesis:1||Oxide coating:1||PDB:1||PDI derivatives:1||PDOS:1||Passive films:1||Peanut shell:1||Phase Transfer Catalysis:1||Phase change material:1||Phosphate coating:1||Photovoltaic properties:1||Phytochemicals:1||Pipeline:1||Plant extract:1||Plant waste valorization:1||Polyamide 6:1||Polyaniline:1||Polyaniline coating:1||PolypropyleneTiO<sub>2</sub>:1||Polysulfone/polyetherimide:1||Pressure effect:1||Pyran derivatives:1||Pyrazole:1||Pyrazoline derivative:1||Pyridinium:1||Pyrimidines:1||Pyrolysis:1||Pyrrole:1||QSPR:1||QTAIM analysis:1||Quantitative structure property relationship:1||Quinoline:1||Quinoxaline:1||Quinoxalines:1||Reusability:1||Rutile:1||SCCDFTB Simulations:1||SCCDFTB simulation:1||Saccharomyces cerevisiae yeast:1||Saline environment:1||Scanning electron microscopy:1||Schiff bases:1||Second generation bioethanol:1||Selfcleaning membranes:1||Selfhealing ceramic coating:1||Selfhealing materials:1||Shellfish:1||Shrimp shell:1||Silicide/boride coating:1||Simple++:1||Simulated concrete environment:1||Single Crystals:1||Singlecrystal Xray diffraction:1||Singlecrystal XRD:1||Smart polymer systems:1||Sodalite zeolite:1||Solid biofuels:1||Spectroscopic analysis:1||Spectroscopic properties:1||Spent coffee grounds:1||Spin/spraycoating:1||Spirocycles:1||Steel rebar:1||Steel rebar corrosion:1||Sulfolane:1||Sulfonium saltsCorrosion inhibitionMolecular dynamicsDFTCopperIron:1||Surface analyses:1||Surface analyses, electrochemical:1||Sustainability:1||Sustainable Remediation:1||Sustainable applications:1||Sustainable cosmetics:1||Sustainable industrial processes:1||Sustainable wastewater treatment:1||Tensile test:1||Tetrabromobisphenol A:1||Theoretical modeling:1||Theoretical studies:1||Thermal energy storage:1||Thermal properties:1||Thermogravimetric analysis:1||Thiazole:1||Thiazolidine derivatives:1||Thiazolidinedione:1||Thiazolone:1||Thiocarbamide:1||Titanium dioxide:1||Topology:1||Transition density matrix:1||Triazine derivatives:1||Triazole:1||UV–Vis–NIR spectroscopy:1||Ultrafiltration:1||Urospermum dalechampii:1||Valorization:1||Volatile organic compoundsIsopropanolTransition metal oxidesCatalytic OxidationLiquid Phase:1||Warionia saharea:1||Waste valorization:1||Wastewater:1||Well acidization:1||X Ray Analysis:1||X Ray Crystallography:1||Xray crystallography:1||Xray photoelectron spectroscopy:1||XPS:1||XRD:1||activated carbon:1||adsorption characteristics:1||alkyd:1||almond shell:1||antioxidant mechanisms:1||biochar:1||coatings:1||combustible briquettes:1||composite:1||computational analysis:1||computational calculation:1||computational method:1||computational methods:1||cordination chemistry:1||corrosion inhibitor.:1||corrosion protection:1||corrosion testing:1||cuprous oxide:1||density functional based tight binding:1||density functional tightbinding:1||densityfunctional tightbinding:1||dye removal:1||electrochemical:1||electrochemical techniques:1||firstprinciples DFT:1||functionalized silica:1||green inhibitor:1||hybrid adsorbent:1||hydrazone:1||hydrazonodithioate:1||hydrogen atom transfer:1||hydroperoxyl radical:1||hydroxytyrosol:1||inhibition:1||inhibitors:1||interfaces:1||isonicotinohydrazide:1||isotherm:1||kinetic:1||methyl orange:1||molecular reactivity descriptors:1||nanoparticle:1||oxime:1||paint:1||phenolic compounds:1||pipeline:1||polyaniline:1||polystyrene:1||potentiodynamic polarisation:1||pyridine:1||quantum chemical calculation:1||quinazoline:1||removal of methyl orange:1||scalability:1||sequential proton losselectron transfer:1||singleelectron transferproton transfer:1||sludge:1||smart coating:1||solvent effects:1||spent coffee grounds:1||spiroisoxazoline:1||steel:1||synergistic effects:1||tetrahedrally distorted square planar:1||thermochemistry:1||thiazolidine2,4dione:1||thiazolidinediones:1||tyrosol:1||water treatment:1||weight loss method:1||ππ interactions:1||부식:1||부식 억제제:1||연강:1||1:1||전산 계산:1||1Hindole2,3dione:1||2:1||2D materials:1||2D nanomaterials:1||3triazoleAcridineCorrosion inhibitorElectrochemistryDFTBMolecular dynamics:1||4‑hydroxy‑2Hchromen2one:1||4Alkoxythiazole:1||4quinolone:1||6gingerol:1||6paradol:1||6shogaol:1||AA2024:1||AChE:1||ADMET:1||ANN model:1||Acid Orange 6:1||Acid Yellow 36:1||Acid corrosion:1||Acid medium:1||Acid solution:1||Acidizing inhibitor:1||Acorn Pericarp:1||Adsorption isotherms:1||Adsorption mechanisms:1||Advanced Oxidation Processes:1||Alkanethiols:1||Alkylation:1||Amino acids:1||Ammi visnaga:1||Ammodaucus leucotrichus:1||Anodic electrode:1||Anthracene:1||Antiinflammatory activity:1||Antimicrobial activity:1||Antimicrobial power:1||Antioxidant activity, Antiaging activity, Lipid quality indices:1||Antioxidant power:1||Argane pulp hydrolysate:1||Argania spinosa:1||Arsenic (V):1||Arsenic(V):1||Atomistic simulation:1||Atomistic simulations:1||Azide:1||Azo dye:1||Benzimidazole:1||Benzo[c][1,2,5]thiadiazole:1||Bioinspired design:1||Bioactive compounds:1||Biocomposite:1||Biomass:1||Biomass combustion:1||Biorefinery:1||Bisphenol S:1||Bulk heterojunction:1||COVID19:1||CadmiumImidazolate Framework:1||Camel hump fat:1||Camellia chrysantha flower:1||Camelus dromedarius:1||Catalytic membranes:1||Cationic dyes:1||Chalcone derivatives:1||Chalcones:1||Charge density difference:1||Chemical activation:1||Chemical descriptors:1||Chloride environment:1||Cholinium ionic liquids:1||Circular bioeconomy:1||Circular economy:1||

RSS_1.0 RSS_2.0 ATOM_1.0

55 Hanyangdeahak-ro, Sangnok-gu, Ansan, Gyeonggi-do, 15588, Korea+82-31-400-4269

Certain data included herein are derived from the © Web of Science of Clarivate Analytics. All rights reserved.
You may not copy or re-distribute this material in whole or in part without the prior written consent of Clarivate Analytics.

Detailed Information

Keyword

BROWSE