ScholarWorks@Hanyang University: Jeon, Byong Hun

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Jeon, Byong Hun (전병훈)

COLLEGE OF ENGINEERING (DEPARTMENT OF EARTH RESOURCES AND ENVIRONMENTAL ENGINEERING)

Research Area: 바이오에너지/환경오염복원

Tel 02-2220-2242
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Biodegradation:23||Photocatalysis:22||Microalgae:20||Adsorption:19||Phytoremediation:16||Anaerobic digestion:15||Molecular docking:13||Bioremediation:12||Decolorization:10||Hydrogen:9||Arsenic:9||adsorption:9||Emerging contaminants:8||Toxicity:8||Biodiesel:8||Degradation:8||Acid mine drainage:7||Fatty acids:7||Water treatment:7||Biochar:7||Nitrate:7||DFT:7||Fermentation:7||Biohydrogen:6||Pharmaceutical contaminants:6||Heavy metals:6||Pyrolysis:6||Lignocellulosic biomass:6||Biofuel:6||Anaerobic codigestion:6||microbial fuel cell:6||microalgae:6||Biomass:5||Biotransformation:5||nanoparticles:5||Activated carbon:5||Gasification:5||Biomethane:5||CO2 reduction:5||Green synthesis:5||Chlamydomonas mexicana:5||Methane:5||Anticancer:5||EGFR:5||Textile wastewater:4||bioremediation:4||Microalgal biomass:4||pH:4||Kinetics:4||Supercapacitor:4||molecular docking:4||Microbial community:4||Delignification:4||Bioenergy:4||Polycyclic aromatic hydrocarbons:4||Wastewater treatment:4||Methylene blue:4||Microbial fuel cell:4||Enzymatic hydrolysis:4||Groundwater:4||kinetics:4||Biogas:4||Microbiome:4||Stability:4||H2 evolution:4||Food waste:4||Magnetite:4||Chitosan:4||Chromium:4||Deoxygenation:3||Acetoclastic methanogenesis:3||Phytoreactor:3||nanomaterials:3||Dye degradation:3||Benzimidazole:3||Emerging contaminant:3||Bioethanol:3||Photocatalyst:3||Resource recovery:3||Reduction:3||Photocatalytic degradation:3||fatty acids:3||Bioelectrochemical system:3||Oleic acid:3||Energy storage:3||Acidogenic fermentation:3||Scenedesmus obliquus:3||Bisphenol A:3||Bioaccumulation:3||Mechanism:3||Air gasification:3||Iris pseudacorus:3||Photochemical:3||Aromatics:3||Photoelectrochemical:3||Phycoremediation:3||Ozonation:3||biodegradation:3||Bioaugmentation:3||XPS:3||Energy recovery:3||Calcite:3||Hydrogen peroxide:3||Ultrasound:3||Biomethanation:3||Sonication:3||Supercapacitors:3||Zerovalent iron:3||Device fabrication:3||wastewater treatment:3||Response surface methodology:3||Biofuels:3||Pretreatment:3||Antioxidant:3||Aromatic hydrocarbons:2||biomass:2||Cobalt:2||Lead:2||HZSM5:2||bioreduction:2||Sulfide mineral:2||Harvesting:2||Sulfonamide antibiotics:2||Sulfur:2||Levofloxacin:2||Sulfuroxidizing bacteria:2||Modified biochar:2||cathode catalyst:2||Superoxide radical:2||cenospheres:2||ceramics:2||chitosan:2||clay minerals:2||Surface coating agent:2||coal fly ash:2||Surfactant:2||Lignin:2||Catalytic gasification:2||Sustainable technology:2||Arsenate:2||tuberculosis:2||Heterostructure:2||Dispersion:2||Lignocellulose:2||Biofilm:2||C. mexicana:2||waste management:2||degradation:2||Lipid:2||wastewater:2||Syntrophy:2||CO 2 reduction:2||Druglikeness:2||Bentonite:2||Highthroughput sequencing:2||Lipoxygenase:2||Alginate bead:2||Nanocomposite:2||Nanofiltration:2||Textile effluent:2||energy storage:2||Nanoparticles:2||Thermodynamics:2||Promoter:2||Longchain fatty acids:2||Humic acid:2||fermentation:2||EIS:2||ferrospheres:2||Cell wall disruption:2||Acid mine drainage sludge:2||Conversion efficiency:2||Total petroleum hydrocarbons:2||Biohythane:2||Hydrogen evolution:2||Pyrite:2||Neutral red:2||Copper:2||Nextgeneration sequencing:2||Hydrogen generation:2||COSMORS:2||Corrosion:2||Quinazoline:2||granular activated carbon:2||Advanced oxidation:2||Ecotoxicity:2||graphene:2||Manganese peroxidase:2||Antibacterial:2||Advanced oxidation processes (AOPs):2||gut microbiome:2||halloysite nanotubes:2||Covalent organic frameworks:2||Biomass fractionation:2||heavy metals:2||Crude oil:2||Recovery:2||CuZnAl:2||Immobilization:2||Functionalization:2||Acetic acid:2||Nutrient removal:2||Reducibility:2||Membrane separation:2||Cytochrome P450 enzymes:2||Cytotoxicity:2||Remediation:2||Atrazine:2||Industrial wastewater:2||Visible light:2||Anticonvulsant:2||Rhodococcus sp.:2||Volatile organic compounds:2||leaching:2||Metagenomics:2||Metal doping:2||Algae:2||Waste management:2||Integrated treatment:2||Organic waste:2||Ion exchange:2||SEM:2||SKOV3 ovarian cancer cells:2||Saccharification:2||metabolomics:2||Ionic liquid:2||Genotoxicity:2||Oxidation:2||Carbohydrate:2||Methanogens:2||Oxygen storage capacity:2||Sawdust:2||Methanol:2||Watergas shift reaction:2||microbial consortia:2||Oxygen vacancies:2||Wood plastic composite:2||Xray photoelectron spectroscopy:2||Methanosarcina:2||XRD:2||Xanthine oxidase:2||Zscheme:2||Circular economy:2||Biomethane potential:2||PAHs:2||Zeolites:2||nanotechnology:2||Clay:2||nbsp:2||Sensor:2||Sensors:2||Decarboxylation:2||nitrate:2||Granular activated carbon:2||Deep eutectic solvent:2||Shewanella oneidensis MR1:2||Shewanella putrefaciens:2||nutrient removal:2||Microalga:2||Granular palm shell activated carbon:2||Carbon dioxide:2||Silver:2||adsorption mechanism:2||oxygen reduction reaction:2||Kentucky bluegrass:2||Acclimation:2||Perovskite:2||Graphitic carbon nitride:2||Pesticide:2||Pesticides:2||Phanerochaete chrysosporium:2||anaerobic digestion:2||Klebsiella pneumoniae L17:2||photocatalytic activity:2||Carbon dots:2||physisorption:2||Soil pollution:2||Soil remediation:2||Microbial consortium:2||Solid waste management:2||Phosphate:2||Microbial degradation:2||Bioreduction:2||Solvothermal:2||polypropylene:2||arsenate:2||Sonophotocatalysis:2||Sorghum husk:2||Sorption:2||bacteria:2||Laccase:2||Biosensor:2||refluxing method:2||regeneration:2||remediation:2||remobilization:2||Biosorption:2||Mild steel:2||biofilm:2||H2O2 sensing:2||biofouling:2||Succinic acid:2||Curcumin:1||Cyclohexane:1||CymA:1||Cytisus Multiflorus:1||DCDC boost converter:1||DC/DC Boost Converter:1||DEM:1||DFT calculations:1||DFT studies:1||DNA binding inhibition:1||DNA cleavage:1||DNA1 aptamer:1||DPPH:1||DSS model:1||Dark fermentation:1||Debromination:1||Deep Eutectic Solvents:1||Deep eutectic solvents (DESS):1||Degradation kinetics:1||Degradation mechanism with LCMS:1||Degradation pathway:1||Denitrification:1||Densitometry:1||Density functional theory:1||Deoxygenation (DO):1||Dermatocarpon vellereceum:1||Desmond software:1||Desulfonation:1||Desulfurization:1||Detection of metal ions:1||Detoxification:1||Dimethyl ether:1||Diazinon:1||Dielectric permittivity:1||Diesel:1||Diesel oil:1||Diethyl aminoethyl hexanoate:1||Differential pulse voltammetry:1||Dilution ratio:1||Diphenhydramine:1||Direct recycling:1||Disease diagnosis:1||Dispersion reagent:1||Distillation:1||Downstream purification:1||Doxylamine:1||DprE1:1||Drug delivery:1||Dry anaerobic digestion:1||Dry reforming:1||Dual pooled firstorder kinetic model:1||Dualstage pulsefeed codigestion:1||Dubos media:1||Dynamics of microbial community:1||Ewaste derived BRGO:1||ESR spectroscopy:1||ETSNOCV:1||EXAFS study:1||Ecofriendly:1||Ecofriendly process:1||Economic analysis:1||Economic feasibility:1||Ecosystem:1||Ecosystem service valuation:1||Ecotoxicological responses:1||Effect of doping:1||Effluent:1||Electric Field (EF):1||Electrical conductivity:1||Electrical resistivity:1||Electricity:1||Electrofermentation:1||Electrocatalysis:1||Electrochemical detection and removal:1||Electrochemical separation:1||Electrode based electron transfer:1||Electron Transfer:1||Electron mediator:1||Electron transfer:1||Electrons:1||Electrosynthesis:1||Emerging contaminants (ECs):1||Empty bed contact time:1||Emulsion breakage:1||Emulsion liquid membrane (ELM):1||Encapsulated GO/ZnO nanocomposite<:1||Engineered probiotic:1||Enhanced soil flushing:1||Enrofloxacin:1||Enterobacter sp. SUKBio:1||Environment:1||Enzymatic saccharification:1||Enzyme cocktail:1||Enzyme hydrolysis:1||Enzymes:1||Epilepsy:1||Error analysis:1||Escherichia coli Nissle 1917:1||Ethanol production:1||Ethyl paraben (EP):1||Ethylbenzene:1||F400 GAC:1||FESEM:1||FISH 분석:1||FOG:1||FOG loadings:1||Fat, oil and grease (FOG):1||Fat, oil, and grease:1||Fat, oil, and grease (FOG):1||Fats, oil and grease (FOG):1||Fats, oil, and grease:1||Fatty Acid Biosynthesis:1||Fatty Acid Synthetase:1||Fatty Biorefinery:1||Fatty acid:1||Fe:1||Fe oxides:1||Fe(II):1||FeMo/HZSM5:1||Fedbatch bioreactor:1||Fenton:1||Fermentation effluent:1||Fermented microalgal residue:1||Ferroptosis:1||Ferrous:1||Ferrous iron nanominerals:1||Field evaluation:1||Field test:1||Fimbristylis dichotoma L.:1||Firstorder model:1||Fixed Media:1||Fixed bed reactor:1||Fixed column test:1||Flavonoids:1||Flexible printed circuit board:1||Flocculation efficiency:1||Flue gas CO2:1||Fluorene:1||Fluorescence In Situ Hybridization (FISH):1||Fluorescence in situ hybridization:1||Fluorescence sensor:1||Fluorescence sensors:1||Fluorescence, DFT:1||Fluoride:1||Fluoride in soil:1||Fluoride pollution:1||Fluoride remediation:1||Fluoroquinolone antibiotics:1||Food security:1||Food waste leachate:1||Formaldehyde:1||Forward Osmosis (FO):1||Fouling:1||Fractionation:1||Fracturedbedrock:1||Fragmentation ESV estimation:1||Free NiO:1||Free radical scavenging activity:1||Freshwater:1||Freshwater microalgae:1||Fruit waste:1||Fruit wastes:1||Functional hybrid:1||Functionalized ZrO2:1||Fungal consortium:1||Furniture waste:1||GABA:1||GCN:1||GFH:1||GIS:1||GIS integration:1||Ga/HZSM5:1||Ganoderma applanatum:1||Garlic peel:1||Gas–liquid mass transfer:1||Gas chromatography:1||Gas production:1||Gasliquid absorption:1||Gd2S3:1||Genetically engineered microbes:1||Geographic information system:1||Geophysical monitoring:1||Glucose Sensor:1||Glycerol:1||Glycolysis:1||Governance  activity  criteria  factors:1||Governance  common  success  factors:1||Governance in Seoul’s climate environment sector:1||Granular Ferric Hydroxide (GFH):1||Granular ferric hydroxide:1||Graphene:1||Graphite nanosized carbon:1||Graphite nanocarbonimpregnated alginate beads:1||Green hydrogen:1||Green hydrogen production:1||Green pretreatment technologies:1||Green technology:1||Greenrevolution:1||Groundwater potential zonation:1||Groundwater remediation:1||Growth rate:1||Guaiacol:1||Gut microbiota:1||H(2 &:1||HZSM5:1||H2 generation:1||H2O2:1||H2S:1||HPLC:1||HRLCMSQTOF:1||HSA:1||Hazardous toluene:1||Heat transfer enhancement:1||Hematite:1||Hen manure compost:1||Heteroatom doped RGO:1||Heterogeneity:1||Heterogeneous system:1||High performance thin layer chromatography:1||High pressure thin layer chromatography:1||High temperature shift activity:1||High temperature watergas shift:1||High throughput multi metaomics:1||High throughput screening:1||High titer biofuel:1||Highdensity polyethylene:1||Highrate dark fermentation:1||Highsolid loading:1||Hightemperature water gas shift:1||Hightemperature watergas shift:1||Higher alcohol:1||Hog barn:1||Homogeneous system:1||Homology modelling:1||Human risk assessment:1||Humanity:1||Hybrid catalyst:1||Hydantoin:1||Hydraulically:1||Hydrocarbon:1||Hydrochloric acid:1||Hydrodeoxygenation:1||Hydrogen Evolution:1||Hydrogen evolution reaction:1||Hydrogen evolution reaction (HER):1||Hydrogen production:1||Hydrogen sulfide:1||Hydrogenase:1||Hydrogenation:1||Hydrogenogenic acidogenic fermentation:1||Hydrograph:1||Hydrometallurgy:1||Hydrothermal carbonization:1||Hydrothermal pretreatment:1||Hydrous zirconium oxide:1||Hydroxyaptite:1||Illumina MiSeq (R):1||Imidacloprid:1||Imidazoles:1||Immobilized yeast:1||In2S3:1||In2S3/WS2 heterostructure:1||InVO4:1||Inactivation:1||Incense stick ash:1||Incense sticks ash:1||India:1||Indole3acetic acid:1||Induced polarization:1||Inhibitor:1||Injection Rate:1||Inorganic constituents:1||Integrated bioremediation:1||Integrated pretreatment:1||Integration approaches:1||Intermediates:1||Interspecies electron transfer:1||Intracellular bioaccumulation:1||Ionadsorption:1||Ionic liquids (ILS):1||Iopromide:1||Ipomoea aquatica:1||Iron:1||Iron oxide:1||Iron oxides:1||Isolation:1||Isotherm:1||Isotherms:1||Jaipur:1||Jet fuel:1||KEGG pathways:1||KNU:1||KOH activation:1||Kinetic analysis:1||Klebsiella pneumonia L17:1||Klebsiella pneumoniae J2B:1||Kraft Lignin:1||LCFAs inhibition:1||LCMS:1||LSU rDNA (D1D2):1||LTWGS:1||LTC3108:1||LTC3429:1||Laincorporation:1||La2O3:1||Laboratory to industrial scale:1||Lactase:1||Lactic acid:1||Lactiplantibacillus plantarum:1||Laetiporus sulphureus:1||Lagoon:1||LagrangianEulerian:1||Land use:1||Landscape indices:1||LangmuirFreundlich:1||Latent heat thermal energy storage (LTES):1||Layered double hydroxide:1||Layered hydroxide:1||Lead removal:1||Leftover biomass:1||Liion battery recycle:1||Lichen:1||Life cycle assessment:1||Light/dark cycle:1||Lignin applications:1||Lignin capped silver nanoparticles:1||Lignin char:1||Lignin nanospheres:1||Lignin peroxidase:1||Lignin peroxidases:1||Lignin recalcitrance:1||Lignin recovery:1||Ligninolytic enzymes:1||Lignocellulolytic microbiota:1||Lignocellulose biomass:1||Lignocellulose fractionation:1||Limonia acidissima shell:1||Lipid Accumulation:1||Lipid Biosynthesis:1||Lipid content:1||Lipid productivity:1||Lipids:1||Liquid temperature:1||Lithium recovery:1||Lithiumion battery:1||Livestock wastes:1||Livestock wastewater effluent:1||Logistic growth model:1||Longterm monitoring:1||Lowchemical:1||Lowdensity polyethylene:1||Lowliquid:1||Lowtemperature steam reforming of methane:1||MCFA:1||MOF:1||MOFbased adsorbents:1||MOFtemplated:1||MOFs:1||MXene:1||Machine learning (ML):1||Magnesium oxide nanoparticles:1||Magnetic adsorbents:1||Magnetic char:1||Magnetic nanohybrid:1||Magnetite nanoparticles:1||Malic Enzyme:1||Malodors:1||Manganese:1||Marine environment:1||Massive cultivation:1||Maturity indices:1||Maximum power point tracking:1||Mechanistic insights:1||Melting process:1||Membrane:1||Membrane catalytic reactors:1||Membrane distillation:1||Membrane electrode:1||Membrane fluidity:1||Membrane fouling:1||Membrane integration:1||Membrane reactor:1||Membranebased system:1||Membraneintegrated hybrid system:1||Mesophilic condition:1||Metaomics:1||Metabolic flux analysis:1||Metabolic genes:1||Metabolic pathway:1||Metabolic shift:1||Metagenomic analysis:1||Metal biochar:1||Metal ion detection:1||Metal organic frameworks:1||Metal oxide:1||Metal recovery:1||Metal recycling:1||Metal sulfides:1||Metalorganic framework:1||Metalorganic frameworks:1||Metalorganic frameworks (MOFs):1||Metataxonomics:1||Methane decomposition:1||Methanosaeta:1||Methyl orange:1||Methyl orange dye:1||Methyl paraben:1||Methylparaben:1||Metronidazole:1||MgO:1||MgO/AC:1||Micractinium pusillum:1||Micratinium reisseriMine wastewaterMunicipal wastewaterNutrient removalLipid productivity:1||Micro reactor system:1||Microalgae growth:1||MicroalgaeFresh waterBiodieselrRNAFatty acids:1||Microalgal biofuel:1||Microalgal biofuels:1||Microalgal biorefinery:1||Microalgal bioremediation:1||Microalgal floc:1||Microalgal photoheterotrophic hydrogen production:1||Microbes:1||Microbial Fuel Cell:1||Microbial community dynamics:1||Microbial community structure:1||Microbial electrosynthesis:1||Microbial fuel cell (MFC):1||Microbial fuel cells:1||Microbial remediation:1||Microbial symbiosis:1||Microcosm:1||Microparticles:1||Microplastic (MPs) pollution:1||Microwave hydrothermal:1||Microwave method:1||Microwave pretreatment:1||Microwave synthesis:1||Millets:1||Mineral:1||Minimum bactericidal concentration:1||Mining:1||Mitigation:1||Mixed biomass:1||Mixedmicroalgal biomass:1||Mixotrophic culture:1||Mn oxides:1||MnOx/biochar:1||Modern highperformance computing systems:1||Modified Gompertz model:1||Molecular modeling:1||Molybdenum trioxide:1||Monitoring:1||Monitoring in the biosphere:1||Monte Carlo simulations:1||Montmorillonite:1||Moringa oleifera:1||Mucor irregularis:1||Multi carbon compounds:1||Multi influence factor:1||Multiomics analysis:1||Multiomics technologies:1||Multifunctional nanomaterial:1||Nalkylation:1||N2 fixation:1||NF:1||NO2:1||NRGO:1||NSAIDs:1||Nafion:1||Nano detection:1||Nano quantification:1||NanoPCMs:1||Nanocarbon beadsThermal activationSorptionDesorptionRegeneration:1||Nanoenabled:1||Nanobioremediation:1||Nanocatalysts:1||Nanocomposites:1||Nanocubes:1||Nanomagnetic adsorbent:1||Nanomaterials:1||Nanomedicine:1||Nanoplastics (NPs):1||Nanopore MinION:1||Nanosensors:1||Nanosheets:1||Nanotechapplications:1||Nanotechnology:1||Nanotoxicity:1||Nash efficiency:1||Natural extracts:1||Natural organic matter:1||Nephroselmis sp.:1||Newly Isolated Bacteria:1||Ni:1||Ni dispersion:1||Ni loaded perovskite:1||Ni loading:1||Ni(II):1||NiCe0.6Zr0.4O2:1||Niloaded catalysts:1||Ni/MgOAl(2)O3 catalyst:1||Nickel:1||Nitrate reduction:1||Nitrifying and Denitrifying Bacteria:1||Nitriles:1||Nitrite ion (NO2N):1||Nitrogen species:1||Noble metal:1||Nocardiopsis sp:1||Nonenzymatic:1||Noninvasive sensing:1||Nonnoble metal catalyst:1||Nonprecious metal catalysts:1||Norit GAC:1||NrGO:1||Numerical simulation:1||Nutrient quality:1||Nutrient uptake:1||O3:1||OH radicals:1||ORR:1||Occurrence and regulations:1||Odor control:1||Odor pollution:1||Odor reduction:1||Oleaginous yeast:1||Oleic add:1||Olive oil cake:1||Olsalazine:1||Omics analyses:1||Omics technology:1||Onepot synthesis:1||Open system:1||Optical:1||Organic dye:1||Organic overloading:1||Organic pollutants:1||Organic waste biomass:1||Organic wastes:1||Organophosphorus:1||Ourococcus multisporus YSW008:1||Oxidants:1||Oxidized MWCNTs:1||Oxidizing agent:1||OxidoReductive enzymes:1||Oxygen supply:1||Oxygen vacancy:1||Oxygen vacancy concentration:1||Ozone:1||Ozone catalyzed oxidation:1||Ptype:1||PANI:1||PANI/graphene nanocomposites:1||PASS:1||PCBs:1||PDP:1||PSCF:1||Packedbed reactor:1||Paraben:1||Paraffin deposition:1||Parametric optimization:1||Parkinson’s disorder:1||Particle swarm optimization (PSO):1||Pb(II):1||Per and polyfluorinated substances:1||Perchlorate:1||Perchlorate Reducing Bacteria:1||Periphytic biofilm:1||Perovskites:1||Pharmaceutical contaminants sulfamethazine and sulfamethoxazole:1||Pharmaceutical wastewater:1||Pharmaceuticals:1||Phase change material (PCM):1||Phenanthrene:1||Phenolic content:1||Phenolicrich biooil:1||Phospholipase A2:1||Phosphorus:1||Phosphorus recovery:1||Photo catalysis:1||Photoelectrochemical hydrogen evolution:1||Photopiezocatalysis:1||Photoreduction:1||Photobioreactor:1||Photocatalyst degradation:1||Photocatalytic activity:1||Photocatalytic oxidative desulfurization:1||Photocatalytic reformation:1||Physical properties:1||Physicochemical method:1||Physicochemical pretreatment:1||Physiological properties:1||Physiological property:1||Phytobed:1||Phytohormone:1||Phytohormones:1||Phytotransformation:1||Pig barn:1||Piggery effluent:1||Piggery wastewater:1||Piggery wastewater effluent:1||Pilotscale:1||Plant enzymes:1||Plant microbial synergism:1||Plant uptake:1||Plantmicroalgal consortium:1||Plantmicrobe interaction:1||Plantmicrobiome system:1||Plantplant consortia:1||Plastic carriers:1||Plastic recycling:1||Plasticderived wax:1||Pluronic 123:1||Pogonatherum crinitum:1||Pointofcare:1||Polarization:1||Polyanilinederived carbon:1||Polycrystalline:1||Polycyclic nonsteroidal antiinflammatory drugs:1||Polyethylene terephthalate:1||Polymer:1||Polyphenols:1||Polypropylene:1||Polysaccharidic wastes:1||Porous mineral:1||Posttreatment:1||Powdered activated carbon:1||Powertogas:1||Precipitation:1||Precipitation Process:1||Predictive metabolic pathway profiling:1||Preferential CO Oxidation:1||Preparation:1||Preparation method:1||Preservation:1||Process failure:1||Process intensification:1||Process kinetics:1||Process recovery:1||Process review:1||Proline:1||Propylene:1||Protein:1||Psychrophilic anaerobes:1||Pt loading amount:1||Pt/Al2O3:1||Pt/CeO2:1||Pulsation:1||Pyrazole:1||Pyrazolotriazine:1||Pyridine based COF:1||Pyrimidine:1||Pyrite oxidation:1||Pyrochlore:1||Pyrolyzergas chromatography/mass:1||Pyrometallurgy:1||Pyrophosphate:1||Pyrrole:1||QTAIM:1||Quantification:1||Quantitative SRB:1||Quinazolin4(1H)one:1||Quinazolinone:1||Quinoxalin11one:1||Quinoxalinone:1||RGO/V2O5:1||RTPCR:1||Random forest model:1||Rare earth ore deposits:1||Reactive Red 141:1||Reactive chlorine species:1||Reactive dyes:1||Reactor configuration:1||Real samples:1||Receiver operating characteristics:1||Recyclability:1||Recycling:1||Recycling Ratio:1||Red mud:1||Redox mediator:1||Redoxmediators:1||Reduced Cu species:1||Reducing equivalent:1||Reductive immobilization:1||Reforming:1||Remazol red:1||Remediation techniques:1||Removal of Nitrogen and Phosphorus:1||Removal of arsenic (V):1||Renewable energy recovery:1||Repeated batch fermentation:1||Resistance mechanism:1||Rhodococcus sp YSPW03:1||Rice husk:1||Rice husk derived biochar:1||River basin:1||Rosa sempervirens:1||Ru/AlMIL −53:1||Rubin GFL:1||Rumen microbes:1||Ryegrass:1||S. obliquus:1||SARSCoV2:1||SCCMCCs:1||SCFA:1||SO42−:1||Saccharin:1||Saline wastewater:1||Salinity:1||Salvinia molesta:1||Samarium:1||Samarium sesquioxide:1||Saturated fatty acids:1||Scanning electron microscopy (SEM):1||Schiff base:1||Schiff bases:1||Schottky barrier:1||Schrodinger:1||Science  and  technology  experts:1||Se:1||Sediments:1||Semicarbonized chitosan:1||Semicontinuous reactor:1||Sensing:1||Sensitive detection:1||Serial fermentation:1||Sesame oil cake:1||Settling kinetics:1||Sewage sludge:1||Shewanella oneidensis:1||Silica:1||Silica coated copper ferrite:1||Silica gel:1||Silicate:1||Simulated packed column:1||Simultaneous degradation:1||Simultaneous esterification/transesterification:1||Singleatom catalyst:1||Single/binary system:1||Singlet oxygen:1||Sintering resistance:1||Sisal fibers:1||Slaughterhouse waste:1||Sludge properties:1||SmVO4/SgC(3)N(4 &:1||Sodium 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