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Fingerprint Dive into the research topics where Mohd Talib Latif is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Earth & Environmental Sciences

air quality
surfactant
aerosol
dust
biomass burning
particulate matter
monsoon
haze
microlayer
ozone
atmospheric pollution
heavy metal
pollutant
valley
sampling
health risk
principal component analysis
urban area
peatland
PAH
risk assessment
combustion
sterol
rainwater
carbon monoxide
sea surface
tropical environment
indoor air
sampler
air
ambient air
dry season
coast
anion
road
sea salt
BTEX
ion chromatography
volatile organic compound
water quality
mass spectrometry
trace metal
alcohol
cluster analysis
station
artificial neural network
anthropogenic source
nitrogen dioxide
aqueous solution
lake ecosystem

Engineering & Materials Science

Surface active agents
Dust
Air quality
Chemical analysis
Aerosols
Ozone
Atmospheric aerosols
Air
Heavy metals
Anionic surfactants
Air pollution
Biomass
Ion chromatography
Health
Sampling
Health risks
Principal component analysis
Risk assessment
Monitoring
Lakes
Carbon monoxide
Soils
Pollution
Inductively coupled plasma mass spectrometry
Negative ions
Linear regression
Cationic surfactants
Association rules
Water
Ecosystems
Hazards
Surface waters
Rivers
Quarries
Ethylbenzene
Smoke
Xylene
Fires
Granite
Toluene
Benzene
Estuaries
Positive ions
Wetlands
Neural networks
Polycyclic aromatic hydrocarbons
Organic carbon
Watersheds
Peat
Land use

Chemical Compounds

Surface-Active Agents
Aerosols
Dust
Particulate Matter
Methylene Blue
Chemical analysis
Heavy Metals
Biomass
Atmospheric aerosols
Anionic surfactants
Ion chromatography
Air quality
Ozone
Principal component analysis
Air
Carbon Monoxide
Water
Ecosystems
Air Pollutants
Lakes
Anions
Sampling
Air pollution
Soils
Gases
Health risks
Pollution
Vehicle Emissions
Hydrocarbons
Cations
Inductively coupled plasma mass spectrometry
Soot
Polycyclic Aromatic Hydrocarbons
Cationic surfactants
Monitoring
Estuaries
Wetlands
Ions
Trajectories
Smoke
Health
Surface waters
Linear regression
Neural networks
Sediments
Peat
Cluster analysis
Toluene
Fires
Industrial emissions