ScholarWorks@Hanyang University: Kim, Ki Hyun

Detailed Information

Kim, Ki Hyun (김기현)

COLLEGE OF ENGINEERING (DEPARTMENT OF CIVIL AND ENVIRONMENTAL ENGINEERING)

Research Area: 환경공학(대기환경), Environmental Engineering

Tel 02-2220-2325
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Adsorption:50||Volatile organic compounds:35||Nanomaterials:33||Photocatalysis:32||Sensing:31||Formaldehyde:29||Air pollution:18||VOCs:18||Activated carbon:17||Metalorganic framework:16||Benzene:15||Heavy metals:14||Metalorganic frameworks:13||Toluene:13||Nanoparticles:13||PM2.5:12||Thermal desorption:12||Sensors:10||Gas chromatography:10||Pyrolysis:10||MOFs:10||Indoor air:10||Catalysis:10||Pollution control:10||Graphene:9||Biorefinery:9||Korea:9||Green synthesis:9||Seoul:9||Biosensors:9||Metal organic framework:9||Hydrogen sulfide:9||Biosensing:8||Aerosol:8||Volatile organic compound:8||Carbon dioxide:8||formaldehyde:8||Photocatalytic degradation:8||adsorption:8||MOF:8||Air quality management:8||Partition coefficient:7||Sorbent tube:7||Wastewater:7||Electrochemical:7||Urban:7||Nanotechnology:7||Electrochemical sensors:7||VOC:7||Ammonia:7||Pesticides:7||Metal organic frameworks:7||Sensor:7||sensing:6||Health effects:6||Composite:6||Air quality:6||Molecularly imprinted polymers:6||Odor:6||biochar:6||Composites:6||PM10:6||Environment:6||Biodiesel:6||Arsenic:6||Water treatment:6||Biosensor:6||Bioremediation:6||Sampling:6||Metals:6||Cadmium:6||climate change:6||Electronic cigarette:6||Solid phase extraction:5||Sustainability:5||Heavy metal:5||GCMS:5||Quantum dots:5||Temporal:5||Chitosan:5||Particulate matter:5||Metal oxides:5||Adsorption mechanism:5||Cancer:5||Catalytic oxidation:5||Biochar:5||Mercury:5||Fluorescence:5||Synthesis:5||Heterogeneous catalysis:5||Oxygen vacancy:5||Relative recovery:5||CO2:5||Chronic kidney disease:5||Biodegradation:5||Nanomaterial:5||Environmental remediation:5||Microalgae:5||Electronic cigarettes:5||Thermochemical process:5||Metalorganic frameworks (MOFs):5||Organic pollutants:5||metalorganic frameworks:5||Reduced sulfur compounds:5||Waste management:4||Spatial:4||Heterojunction:4||Applications:4||Photocatalyst:4||Optical sensors:4||Removal:4||Storage stability:4||Human health:4||biomass fraction:4||H2S:4||Calibration:4||Longterm:4||Aldehydes:4||HPLC:4||Hydrogen production:4||Luminescence:4||Syngas:4||Layered double hydroxide:4||Wastewater treatment:4||PAHs:4||Graphene quantum dots:4||Immunoassay:4||photocatalysis:4||Zinc oxide:4||MoS2:4||Porous materials:4||ZnO:4||Breakthrough:4||Air purification:4||TiO2:4||Kinetic modeling:4||Nicotine:4||Functionalization:4||Titanium dioxide:4||Regeneration:4||Solar cells:4||Parathion:4||Particle size:4||Toxicity:4||Emerging contaminants:4||Health risks:4||Carbon nanotubes:4||Life cycle assessment:4||Performance:4||Vermicompost:4||Performance comparison:4||Nanocomposites:4||Antibiotics:4||DNPH cartridge:4||Environmental pollutants:4||volatile organic compounds:4||Sorption:4||Matrix effect:4||Energy:4||Food safety:3||Water vapor:3||Degradation:3||Volatile organic compound (VOC):3||TSP:3||Roadside:3||Odor pollution:3||Aptasensor:3||Disinfection:3||Biological samples:3||Green chemistry:3||Luminescent:3||Aptamer:3||Energy applications:3||Natural gas vehicle:3||Methyl orange:3||Recycling:3||Sustainable management:3||Guideline:3||Cyclic voltammetry:3||air pollution:3||Longterm trends:3||Mycotoxins:3||air quality:3||Sorptive loss:3||nanomaterials:3||Organophosphate pesticides:3||Kinetics:3||DFT:3||Disease diagnosis:3||Graphene oxide:3||Removal efficiency:3||Photocatalysts:3||Lipid profile:3||Malodor:3||Catalyst:3||Optical:3||Effective carbon number:3||Asian dust:3||NOx:3||Bioimaging:3||Anthropogenic:3||Hydrogen:3||Ecotoxicity:3||Supercapacitors:3||Detection:3||Fluorescent:3||Screenprinted electrode:3||Waste disposal:3||Separation:3||Nitrogen oxides:3||Materials:3||Performance evaluation:3||Phytoremediation:3||Water splitting:3||Spectroscopy:3||UiO66NH2:3||Thermal energy storage:3||Circular bioeconomy:3||Lead:3||Immunosensor:3||pollution control:3||Spatiotemporal:3||polyaniline:3||Response factor:3||MOF199:3||Phytomonitoring:3||Creatinine:3||Gold nanoparticles:3||Aqueous samples:3||Theranostics:3||Microplastics:3||Postsynthetic modification:3||Breakthrough analysis:3||Risk assessment:3||Charcoal:3||Phthalates:3||Immobilization:3||Waste valorization:3||Carbon dots:3||Water:3||Analytical chemistry:3||Polyester aluminum bag:3||Antibacterial:3||Sorbent:3||Ozone:3||Polycyclic aromatic hydrocarbons:3||VOCs removal:2||Nanoplastic:2||Valorization:2||Realtime monitoring:2||Isotherm modeling:2||Vaping:2||Amine:2||Black carbon:2||Vegetable glycerin:2||Vegetables:2||CH3SH:2||Redox:2||Volatile fatty acid:2||Volatile fatty acids:2||Nanotechnologies:2||Volatile organic compounds (VOCs):2||Voltammetry:2||Kinetic analysis:2||Biological fluids:2||Density functional theory:2||Regulation guidelines:2||Walnut waste valorization:2||Wangsimni:2||Accuracy:2||Relative humidity:2||Energy harvesting:2||Neurochemicals:2||Water decontamination:2||Renewable energy:2||Water pollution:2||Water quality:2||Energy storage:2||Nitrogen dioxide:2||Engineered biochar:2||Derivatization:2||Desorption:2||Glutaraldehyde:2||Glycosylated hemoglobin:2||Retrograde:2||Activation:2||Langmuir:2||Rhodamine 6G:2||Rice:2||Largevolume injection system:2||Bias:2||Xylene:2||Yongsan:2||Zearalenone:2||O3:2||Layered double hydroxides:2||Biomass:2||Environmental analysis:2||Determination:2||Atmosphere:2||2D materials:2||COVID19:2||CQDs:2||Liion batteries:2||Airborne pathogens:2||Sample preparation:2||Sampling window:2||Odorants:2||Adsorption kinetics:2||Air Quality:2||Environmental monitoring:2||Lignin:2||antibacterial activity:2||Schiff base:2||Schiff base ligand:2||Environmental pollution:2||Lignocellulosic biomass:2||Seasonal variation:2||Seawater desalination:2||Limit of detection:2||atrazine:2||Greenhouse gas:2||Bioantioxidant:2||Antibodies:2||Selfassembly:2||Liquid chromatography:2||Colorimetric detection:2||Cajanus cajan:2||Organic dye:2||Aldehyde:2||cancer:2||carbonyl compounds:2||catalysis:2||Advanced materials:2||Bioavailability:2||Esterification:2||Accumulation:2||Silver nanoparticles:2||Competitive adsorption:2||Carbon:2||Doping:2||Exposure:2||Extraction:2||PM:2||Compost:2||ewaste:2||Biochars:2||Adsorbent:2||Soil pollution:2||Soil quality:2||Soil remediation:2||electrostatic capacitors:2||Parabens:2||Health hazard:2||Solar cell:2||Health hazards:2||Carbon monoxide:2||energy storage:2||Health risk:2||environmental remediation:2||Fatty acid methyl esters:2||Manganese dioxide catalyst:2||Congo red:2||MannKendall:2||Solvent effect:2||MannKendall test:2||Fatty alcohol:2||Carbon number:2||Permeation:2||Mass spectrometry:2||Contaminants:2||Dye:2||Carbon quantum dots:2||Sorbent tubes:2||Sorbents:2||Materials application:2||Contamination:2||Source apportionment:2||Dyes:2||Mechanism:2||Analytical methods:2||Spatial distribution:2||Spatialtemporal variation:2||Speciation:2||Filter paper:2||Phosphate:2||Bacteria:2||indoor air:2||Mesoporous silica:2||Carbonyl compounds:2||Standard operating procedure:2||Metal:2||Carbopack:2||Statistical modeling:2||Bismuth:2||Photodetectors:2||Flow rate:2||Cooking:2||Metal ions:2||Metal nanoparticles:2||Metal organic frameworks (MOFs):2||Bactericidal:2||Phytotechnology:2||Sulfate:2||mass concentration:2||Fluorescence detection:2||Sulfur dioxide:2||Vaporization:2||Fluorescent sensor:2||Plastics:2||Biodiesel production:2||Surface plasmon resonance:2||monoterpene:2||Aptamers:2||Copper oxide:2||Methane:2||Bioenergy:2||Methanol:2||Catalytic pyrolysis:2||Pollutants:2||Food:2||Methylene blue:2||TDGC/MS:2||Food odor:2||Food products:2||Food waste:2||Adsorbents:2||Microbial community shift:2||Microbial degradation:2||Microbial fuel cell:2||Foodborne pathogens:2||Foodstuffs:2||Biofilm:2||Imaging:2||Biofilter:2||Barbecue:2||Thermal catalysis:2||Cr(VI) removal:2||Mitigation:2||Thermal desorber:2||Polyurethane:2||Polyvinyl chloride:2||Impedance:2||Porous molecularly imprinted polymer:2||Mobile phones:2||reaction mechanism:2||Breakthrough kinetic analysis:2||Biofuels:2||Barrier discharge ionization detector:2||Electrolytes:2||Biogenic volatile organic compounds:2||Monitoring techniques:2||Electron microscopy:2||Indoor air purification:2||Principal component analysis:2||Industrial:2||Air sampling:2||Municipal solid waste:2||Propyl gallate:2||sensor:2||Propylene glycol:2||Toxic:2||sewage sludge incinerator:2||Cyclic stability:2||Prostatespecific antigen:2||Pseudocatalytic transesterification:2||soil:2||Toxicants:2||Emerging contaminant:2||Transesterification:2||GC/MS:2||GHG emission:2||Purification:2||Emission:2||Trend:2||NO2:2||Ag NPs:2||DMS:2||Quantitative analysis:2||DNA:2||Quenching:2||Gas chromatography/mass spectrometry:2||RSCs:2||Gas chromatography/mass spectrometry applications:2||Nanocatalyst:2||Emissions:2||Radionuclide:2||toxicity:2||Benzene adsorption:2||Raman spectroscopy:2||Uranium:2||Reaction mechanism:2||Iron:2||Gaseous benzene:2||volatile organic compound:2||Endocrine disruptor:2||Reactive oxygen species:2||Gaseous formaldehyde:2||wastewater treatment:2||EC tracer:1||EDCNHS:1||EPA:1||ESI FTICR MS:1||Earthworm:1||Earthworm impact:1||Ecoremediation:1||Ecotoxitity:1||Ecosystem resilience:1||Effective carbon number (ECN):1||Electrical:1||ElectroFenton oxidation:1||ElectroFenton process:1||Electroactive biofilm development:1||Electroanalysis:1||Electrocatalysis:1||Electrocatalyst:1||Electrochemical Impedance Spectroscopy:1||Electrochemical biosensors:1||Electrochemical derivatization:1||Electrochemical detection:1||Electrochemical electrodes:1||Electrochemical etching:1||Electrochemical immunosensor:1||Electrochemical impedance spectroscopy:1||Electrochemical sensors and biosensors:1||Electrochemistry:1||Electrocoagulation:1||Electrode:1||Electrode materials:1||Electroluminescent:1||Electrolyte:1||Electromagnetic shielding:1||Electron beam:1||Electronic properties:1||Electronic/optical behaviors:1||Electrospinning:1||Elimination capacity:1||Emblica officinalis juice:1||Emerging organic pollutants:1||Emission factor:1||Emission lifetime:1||Emission rate:1||Emission rates:1||Emission rates (ER):1||Emulsification:1||Encapsulation:1||End of life wind turbine blades:1||Endoflife products:1||Endocrine disrupting chemicals:1||Endocrinedisrupting chemicals:1||Energy application:1||Energy conversion:1||Energy conversion efficiency (ECE):1||Energy density:1||Energy devices:1||Energy dispersive Xray spectroscopy:1||Energy recovery:1||Energy saving glazing:1||Energyefficient wall design:1||Engine running mode:1||Engineered nano particles:1||Engineered nanoparticles:1||Engineered/transgenic hyperaccumulator:1||Enrichment:1||Environment safety:1||Environmental Applications:1||Environmental DNA:1||Environmental applications:1||Environmental applications, biochemical applications:1||Environmental economics:1||Environmental effect:1||Environmental exposure:1||Environmental fate:1||Environmental impact:1||Environmental impacts:1||Environmental media:1||Environmental policy:1||Environmental risk:1||Environmental risk management:1||Environmental sample:1||Environmental samples:1||Environmental/energy photocatalysis:1||Enzymatic hydrolysis:1||Enzyme:1||Enzyme activities:1||Enzyme catalysis:1||Enzyme inhibition:1||Enzymes:1||Equilibrium isotherm study:1||Equilibrium partitioning in closed systems:1||Eriochrome black T dye:1||Estimated CO2 climate sensitivity factor:1||Ethno/folklore medicine:1||Europium chloride:1||Evaporation rate:1||Excellent salt resistance:1||Expired medicines:1||Explosive:1||Extraction techniques:1||Extrapolation:1||F & ouml:1||FDA:1||FET:1||FIR technology:1||FLEXPART:1||Face mask:1||Fate and transformations:1||Fatty acid:1||Fatty acid methyl esters (FAMEs):1||Fatty acids:1||Fd gene expression:1||Fe3O4 magnetite nanocomposite:1||Feasibility analysis:1||Feedstock production:1||Fermentation:1||Ferrate:1||Ferrofluid:1||Fetch analysis:1||Field emission scanning electron microscopy:1||Figure of merit:1||Finite resources:1||Fixed source:1||Flame ionization detector:1||Flame retardant:1||Flavor capsule:1||Flavor capsule cigarette:1||Flavor compounds:1||Flexible PDs:1||Flowrate:1||Flowerlike MnO2 nanosorbent:1||Fluorescence assay:1||Fluorescence nanomaterials:1||Fluorescent detection:1||Fluorescent probe:1||Fluorine:1||Fluorometry:1||Flux:1||Fly ash:1||Foamformed paper:1||Foliar dust:1||Foliar transfer:1||Foliar uptake:1||Food crops:1||Food matrices:1||Food waste recycling:1||Football:1||Formamide:1||Formic acid oxidation:1||Forsterite:1||Fossil fuel:1||Fossil fuels:1||Fractionation:1||Fragrance delivery:1||Fresh food odor:1||Freshwater regeneration:1||Fret:1||Fuel cell:1||Fuel cell design:1||Fuel cells:1||Fukuoka:1||Fukushima accident:1||Functional:1||Functional graphene oxide:1||Functional hybrid:1||Functional polymers:1||Functionalized adsorbent:1||Functionalized fluorescent nanomaterials:1||Functionalized graphene nanoplatelets:1||Fundamental mechanism:1||Fungal cells:1||Fungicide:1||Furfural:1||GC:1||GCFPD:1||GHG estimate method:1||GNPs:1||GQDS:1||GSHMn2+ZnS QDs:1||Gas adsorption:1||Gas chromatography with mass spectrometry (GCMS):1||Gas sensor:1||Gasdiffusion electrode:1||Gasphase elemental mercury:1||Gasphase toluene:1||Gastight syringe:1||Gas/particle partitioning:1||Gaseous elemental mercury:1||Gaseous odorant pollution:1||Gaseous pollutants:1||Gaseous standard:1||Gaseous toluene:1||Gasification:1||Gasoline:1||Gastrointestinal disease:1||Gemcitabine hydrochloride:1||Genosensors:1||Geographical origin:1||Glass bead:1||Glass particle:1||Glass used for reducing cooling and heating loads:1||Glassy carbon electrode:1||Global warming:1||Global warming projection:1||Glucose:1||Glutaminase:1||Glutamine:1||Gonabad:1||Grain boundaries:1||Grain productivity:1||Graphene nanoplatelets:1||Graphene oxide composites:1||Graphenebased materials:1||Graphite oxide composites:1||Graphitic carbon nitride:1||Graphitized nanodiamonds:1||Graphyne:1||Green CQDs:1||Green biochar:1||Green chromatography:1||Green energy:1||Green engineering:1||Green house gas abatement:1||Green silver nanoparticles:1||Green solvents:1||Green tanning:1||Green technologies:1||Greenhouse gas estimate method:1||Greenland ice melt:1||Growth:1||Gum rosin nanocapsules:1||GwanAk mountain:1||H2S sensing:1||HDR:1||HKUST1 MOF:1||HKUST1 infused cotton filter (ICF):1||HOMO:1||HPLCICPMS:1||HPLCPDA:1||HPLC/UV:1||HYSPLIT:1||Hair dye:1||Half life:1||Halloysite nanotubes:1||Hand sanitizers:1||Hard template:1||Harvesting:1||Hazard:1||Hazard potential:1||Hazardous:1||Hazardous pollutants:1||Hazards:1||Headspace:1||Headspace analysis:1||Headspace solid phase microextraction (HSSPME):1||Health concerns:1||Health effect:1||Health impact:1||Health issues:1||Health risk assessment:1||Healthcare:1||Healthcare workers:1||Heatnotburn cigarette:1||Heating mantle vaporization:1||Heavy metal ions:1||Heavy metal(loid)s:1||Helicobacter pylori infection:1||Hemolysis:1||Henry &apos:1||Henry&apos:1||Henry's constant:1||Herbicide:1||Herbicides:1||Heterocatalyst:1||Heterogeneous photocatalysis:1||Hexaconazole:1||Hg2+:1||Hog barn:1||Hollow molecularly imprinted polymers:1||Hollow porous molecularly imprinted polymers:1||Honeycomb filter:1||Honeycomb photocatalytic filter:1||Hormesis:1||Human exposure:1||Humanassociated samples:1||Humidified benzene vapor:1||Humidified gaseous benzene:1||Humoral immunity:1||Hybrid evolutionary optimization:1||Hybrid porous thin films:1||Hybrid treatment scheme:1||Hydrazone:1||Hydrochlorofluorocarbons (HCFCs):1||Hydrodeoxygenation:1||Hydrofluorocarbons (HFCs):1||Hydrogen bonding:1||Hydrogen energy:1||Hydrogen evolution:1||Hydrogen evolution Hydrogen consumption Methanol Electrooxidation:1||Hydrogen evolution reaction (HER), Energy consumption:1||Hydrogen storage:1||Hydrogenation:1||Hydrolysis:1||Hydrolytic degradation:1||Hydromagnesite:1||Hydrophilic activated carbon:1||Hydrosulfide:1||Hydrothermal liquefaction:1||Hydroxybenzoic acid:1||Hyperbranched polymers:1||IAFCEC:1||IIIV semiconductors:1||INAA:1||IPCE:1||Immobilized bacterium:1||Immune interactions:1||Immunogenic protein:1||Immunological diagnostic test:1||Immunosensing:1||Impedance spectroscopy:1||Impinger:1||Impinger system:1||Implantable electronics:1||Implants:1||Imprinted polymer:1||Imprinting method:1||In situ DRIFTS:1||Insitu transesterification:1||In2O3:1||InOOH:1||Incineration:1||Indicator species:1||Indole3acetic acid:1||Indoor air chemistry:1||Indoor air pollution:1||Indoor and outdoor:1||Indoor pollutant:1||Industrial pollution:1||Industrialization challenges:1||Infant formula:1||Infection:1||Infectious diseases:1||Infiltration factor:1||Informal recycling:1||Initial pH:1||Inorganic arsenic:1||Inorganic ions:1||Inorganic polymers:1||Instrumental techniques:1||Interfaces:1||Interfacial solar steam generation:1||Interfering ions:1||Intermittent ball milling:1||Internal air circulation:1||Invasive alien plants:1||Ion exchange:1||Ion imprinted polymers:1||Ionadsorption:1||Ionization:1||Ionotropic gelation:1||Iris pseudacorus:1||Irradiation:1||Irrigation water management:1||Isoamyl acetate:1||Isotherm model:1||Isotherm models:1||Isotherms:1||JKOSAE:1||KOSAE:1||Keyword:1||KiJang Research Reactor:1||Kinetic studies:1||Kinetic/isotherm analyses:1||Kinetic/thermodynamic stability:1||Knowledge exchange:1||Kriging method:1||KruskalWallis test:1||KruslcalWallis test:1||LCA:1||LDHrGO:1||LED emitters:1||LPG:1||LUMO:1||Labelfree immunosensor:1||Land use:1||Landfill:1||Landfill leachate:1||Landfills:1||LangmuirHinshelwood kinetics:1||Largevolume injector:1||Lateral flow assay:1||Lateral flow immunoassay:1||Layered Double Hydroxide (LDH):1||Layered materials:1||Leaching:1||Lead (Pb):1||Leaf:1||Leaf accumulation:1||Leather:1||Legislative and preventive measures:1||Lemon leaf extract:1||Levofloxacin:1||Liion:1||Life cycle:1||Ligand:1||Ligandbased Schiff base complex:1||Light harvesting:1||Light harvesting sensitizers:1||Lignite:1||Lignocellulosic biomass:1||Lignocellulose:1||Limit of detection (LOD):1||Limonene:1||Linear sweep voltammetry:1||Lipid:1||Liquid and aerosol samples:1||Liquidphase microextraction (LPME):1||Lithiumion battery waste:1||Lixiviants:1||Local effects:1||Long range transport:1||Long term:1||Longterm air quality:1||Longterm analysis:1||Longterm distribution:1||Longterm trend:1||Longterm trend analysis:1||Lufenuron:1||Luminescent metalorganic frameworks:1||Luminescent probe:1||Luminescent thermometers:1||Lung disease:1||MASSSPECTROMETRY:1||MAX phase:1||MAX phases:1||MIC:1||MIL101(Fe):1||MIP:1||MOF structural stability:1||MOF5:1||MOFBased technology:1||MOFComposite materials:1||MOFLDH:1||MOPs:1||MORs:1||MOUDI:1||MSW incinerator:1||MXene:1||MXenes:1||Ma:1||Magnetic chitosan composite:1||Magnetic dualtemplate molecularly imprinted polymer:1||Magnetic resonance imaging (MRI):1||Mainstream:1||Mainstream smoke:1||Malodor prevention law:1||Manganesecobalt oxide:1||Mangifera indica:1||Manhole:1||Manure:1||Masking effect:1||Mass transit:1||Material application:1||Material characterization:1||Material science:1||Mathematical models:1||Mattress textile:1||Maximum adsorption:1||Mechanical properties:1||Membrane:1||Membrane based desalination:1||Membrane distillation:1||Membrane material:1||Membrane modification:1||Mercury exposure:1||Mesoporous:1||Metabolic disorder:1||Metagenomic assessment:1||Metal–organic frameworks:1||Metal organic frameworks:1||Metal Organic Frameworks:1||Metal accumulation:1||Metal catalyst:1||Metal complexation:1||Metal doped/loaded:1||Metal fractions:1||Metal nanoparticles dopant:1||Metal oxide:1||Metal oxide nanocomposites:1||Metal oxide nanoparticles:1||Metal pollution:1||Metal(loid)s:1||Metalair fuel cell electrocoagulation:1||Metalfree:1||Metalorganic framework (MOF):1||Metalloporphyrin coordination:1||MetalloporphyrinMOFs composites:1||Metallosurfactants:1||Metaphire posthuma:1||Metformin:1||Methane dry reforming:1||Methane emission:1||Method development:1||Methyl group:1||Methyl mercury chloride (MMC):1||Methyl parathion:1||Metro:1||Metsulfuron methyl:1||Microsolid phase extraction:1||Microalgae growth:1||Microalgae oil:1||Microbeads:1||Microbes:1||Microbial fuel cells:1||Microbial inactivation:1||Microbial metabolism:1||Microcystis aeruginosa (M. aeruginosa):1||Microextraction:1||Microorganism:1||Microplastic:1||Microplastic weathering:1||Microscopy:1||Milk:1||Mineralization kinetics:1||Mineralogical carbonation:1||MnZnO:1||Model benchmarking:1||Modified CQDs:1||Modified activated carbon:1||Modified electrodes:1||Modulation photosensitization:1||Modulation strategies:1||Molecular characteristics:1||Molecular imprinted polymers:1||Molecular imprinting:1||Molecular probe:1||Molecularly imprinted polymer:1||Molybdenum disulfide:1||Monitoring:1||Monomethyl mercury (MMHg):1||Montreal protocol:1||Morphology:1||Mortality:1||Mountain:1||Multiwalled carbon nanotubes:1||Multifunctional values of biochar:1||Multiphase TiO2:1||Multiple linear regression:1||Mushroom:1||Mustard gas:1||Myoglobin:1||N availability:1||N doping:1||N,Ndimethylformamide (DMF):1||N. oceanica:1||NH3:1||NHEJ:1||NO:1||NO2/NOx emission ratio:1||NPs modified electrodes:1||NSAIDs:1||Nano spinel ferrite:1||Nanoobject:1||Nanoparticles:1||Nanocapsules:1||Nanocarriers:1||Nanoclaygraphene composite:1||Nanocomposite:1||Nanofibers:1||Nanofiltration:1||Nanoformulation:1||Nanoformulations:1||Nanogold:1||Nanolithography:1||Nanomaterial recycling:1||Nanoparticle:1||Nanoplastics:1||Nanoporous membrane:1||Nanoscale particles:1||Nanoscale plastic:1||Nanosheets:1||Nanosorbents:1||Nanostructured materials:1||Nanotwinned:1||Nanowire:1||Narcotics:1||Natural extracts:1||Natural zeolites:1||Neisseria meningitidis:1||Nerve agents:1||Nervous system:1||Nickel complex catalyst:1||Nile blue:1||Nitrate:1||Nitroaromatic compounds:1||Nitrobenzene:1||Nitrogen doping:1||Nitrogendoped TiO<sub>2</sub>:1||Nitrogenous:1||Nitrophenol:1||Noise 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photocatalyst:1||BiOI:1||BiOX:1||Bilirubin solubilization:1||Bimetallic MOFs:1||Bimetallic catalyst:1||Bimetallic nanostructure:1||Binary volatile organic compounds mixture:1||Binoy Sarkar and Lena Q:1||Bio imaging:1||Biooil:1||Bioorganism:1||Bioaccumulation:1||Bioactivity:1||Bioaugmentation:1||Biocatalytic supports:1||Biochar catalysts design:1||Biochemical:1||Biocompatibility:1||Bioconcentration factor:1||Bioconjugates:1||Bioconjugation:1||Biodegradability:1||Biodegradable:1||Biodiesel Fatty acid methyl esters (FAMEs):1||Biodistribution:1||Bioenergy generation:1||Bioethanol:1||Biofilters:1||Biofiltration:1||Biofuel:1||Biofuel technologies:1||Biogas residue:1||Biogenic volatile organic compound:1||Biogenic volatile organic compounds (BVOC):1||Biogeochemical cycling:1||Biohydrogen:1||Bioinformatics:1||Bioinsecurity:1||Bioinspired materials:1||Biokinetics:1||Biological:1||Biological hierarchical structure:1||Biological marker:1||Biological treatment:1||Biomarker:1||Biomarkers:1||BiomarkersRegulation:1||Biomass fraction:1||Biomass fuel:1||Biomass valorization:1||Biomass waste:1||Biomasstobiofuel conversion:1||Biomaterial:1||Biomaterials:1||Biomedical application:1||Biomedical applications:1||Biomedicine:1||Biomoleculeembedded or biointerfaces:1||Biomolecules:1||Biomonitoring:1||Biopesticide:1||Bioplastic:1||Biopolymer:1||Biopolymers:1||Bioreactor:1||Bioreactors:1||Biorefineries:1||Biosensor applications:1||Biosensors Chronic kidney disease:1||Biotechnology:1||Biotrickling filtration:1||Biotypes:1||Biowaste:1||Bismuthbased materials:1||Bisphenol A degradation:1||Black phosphorous:1||Bland Altman analysis:1||Block copolymer:1||Blood glucose level:1||Body odor:1||Boiled egg:1||Bovine fat:1||Bovine serum albumin:1||Branched polyamine:1||Breakthrough adsorption:1||Breakthrough isotherm:1||Breath analysis:1||Breath volatile:1||Broadband:1||Broken capsule:1||Brown coal:1||Buk Han mountain:1||C composite:1||C storage:1||CH bond breakage:1||CN balance:1||CD:1||CDMOF:1||CEES:1||CH4 processing:1||CMAQ:1||CNG:1||CNT sponge:1||CO:1||CO tracer:1||CO2 capture:1||CO2 concentration:1||CO2 reduction:1||CO2 sequestration:1||COP21:1||COPs:1||CRISPRCas9:1||CTAB and urea functionalities:1||CUK coordination framework:1||CWA:1||Cabin air:1||Cadmium (Cd):1||California Puff:1||Cancer biomarkers:1||Cancer cells:1||Capacity:1||Capture:1||Capture and storage:1||Carbamazepine:1||Carbendazim:1||Carbon dioxide cycloaddition:1||Carbon material:1||Carbon materials:1||Carbon nanomaterials:1||Carbon nitride (gC3N4):1||Carbon storage &:1||Carbon tetrachloride (CCl4):1||Carbonbased materials:1||Carbonrich porous:1||Carbonaceous material:1||Carbonyl:1||Carbonyl compound:1||CarboxenPDMS fiber:1||Carcinogenic substances:1||Cardiac marker:1||Cardiovascular diseases:1||Carlinoside:1||Catalysis applications:1||Catalyst mediated synthesis:1||Catalytic activity:1||Catalytic degradation mechanism:1||Cation:1||Cd(II) ions:1||CdTe QD:1||Ceftriaxone sodium:1||Cellulose foam paper:1||Ceramic beads:1||Challenges:1||Chamber:1||Chamber experiment:1||Characterization techniques:1||Chemical Ecology:1||Chemical constituents:1||Chemical oxygen demand:1||Chemical property:1||Chemical sensor:1||Chemoresistive:1||Chemosensors:1||Chlamydomonas mexicana:1||Chlorofluorocarbons (CFCs):1||Chlorophenols pollutants:1||Chlorpyrifos:1||Chromatography:1||Chromium:1||Cigarette:1||Cigarette vapor:1||Circular economy:1||Clays:1||Clean air delivery rate:1||Climate action:1||Climate change:1||Climatesmart health care:1||Clinical effects:1||Cloud condensation nuclei (CCN):1||Cloud droplet:1||Coal ash:1||Coastal:1||Coated Fe3O4 plate:1||Coating:1||Cobalt metal–organic frameworks:1||Cobalt oxide:1||Coil:1||Coke formation:1||Cold trap:1||Coldfiber solidphase microextraction:1||Colloidal materials:1||Colloidal particles:1||Color tunable:1||Colorimetric sensing:1||Colorimetric sensors:1||ColorimetricSPRSERS:1||Colorimetry:1||Combustion:1||Commercial activated carbon:1||Commercial areas:1||Commercial eliquids:1||Comparison with conventional EC:1||Competitive adsorption mechanism:1||Composite nanomaterials:1||Composite phase change materials:1||Compound extraction:1||Computational analysis:1||Computational methods:1||Concentration level:1||Concrete:1||Conducting polymer:1||Conducting polymers:1||Conductive polymer:1||Congo red adsorption:1||Containers:1||Contaminants of emerging concern (CECs):1||Contaminated soil and water:1||Contents:1||Continuous flow:1||Contouring:1||Control:1||Control and Management:1||Control methods:1||Controllable morphologies:1||Controlled release:1||Conventional cigarettes:1||Conventional materials:1||Conversion:1||Conversion efficiency:1||Cooking emission:1||Cooler model based Biofilter:1||Coordination polymers:1||Copper:1||Copper (Cu):1||Copper manganite spinel:1||Coreshell MIP particles:1||Coronavirus:1||Coronavirus pandemic:1||Coronaviruses:1||Correlation analysis:1||Covalent organic polymers:1||Covalentorganic polymer:1||Covalentorganic polymers (COPs):1||Cr(VI):1||Criteria:1||Criteria pollutants:1||Crop yield:1||Crosslinked polymers:1||Cryofocusing:1||Crystallography:1||Cu (II) sensing:1||CuMOFs:1||Cu2+:1||CuO nanoparticles:1||Cumulative heel formation:1||Cyclic carbonates:1||Cytotoxicity:1||DFT calculations:1||DFT simulation:1||DMDS:1||DNA sequencing:1||DNAzyme:1||DSB:1||Decolorization:1||Decontamination:1||Decrement lag:1||Degradation factors:1||Dendrimer:1||Density functional theory (DFT):1||Denuder:1||Denuder adsorber:1||Denuderfiltration system:1||Deodorization:1||Desalination:1||Desorption performance:1||Desulfurization:1||Detection limit:1||Detoxification of chemical warfare agents:1||Diagnosis:1||Diagnostic/therapeutic agents:1||Dichlorvos:1||Diclofenac:1||Diesel:1||Diesel vehicle:1||Dietary intake:1||Diethyl aminoethyl hexanoate:1||Differential evolution:1||Diffusion:1||Digestion:1||Dimethyl carbonate:1||Dimethylarsinic acid:1||Dimethyldithioarsinic acid:1||Dipicolinic acid:1||Direct immobilization:1||Direct injection method:1||Discriminative analysis:1||Diseasestate monitoring:1||Dispersive liquid liquid microextraction (DLLME):1||Dissolved organic matter (DOM):1||Distribution:1||Diurnal:1||Diurnal variation:1||Diverse applications/utilizations:1||Dopamine:1||Double perovskite structure:1||Drinking water:1||Drinkingwater quality:1||Drug:1||Drug delivery:1||Drug resistant bacteria:1||Drug/gene delivery:1||Drum compost:1||Dual dummy templates:1||Dual platform:1||Durability properties:1||Dust:1||Dust deposition:1||Dust mite:1||Dye removal:1||Dye sensitization:1||Dyedegradation:1||Dynamic headspace:1||Ecigarette:1||Eliquid:1||Ewaste regulation:1||E. coli:1||E.coli:1||EB hybrid technology:1||

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