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Atmospheric chemistry and physics, ISSN 1680-7316, 09/2016, Volume 16, Issue 18, pp. 11711 - 11732
Environmental Sciences & Ecology | Physical Sciences | Life Sciences & Biomedicine | Meteorology & Atmospheric Sciences | Science & Technology | Environmental Sciences | Methane | Organic carbon | Fourier transforms | Climate | Atmospheric models | Carbon dioxide | Combustion | Smoke | Biomass | Coefficients | Filters | Ethylbenzene | Visible spectrum | Carbon monoxide | Air quality assessments | Organic compounds | Pyrolysis | Biomass burning | Scattering | Canals | Air quality | Climate models | Aerosol absorption | Absorption coefficient | Greenhouse gases | Peat | Emissions | Gases | Aerosols | Aerosol measurements | Acetic acid | Black carbon | Combustion efficiency | Infrared spectroscopy | Cyanide | Laboratories | Hydrogen | Nitrogen compounds | Analytical techniques | Absorptivity | Cyanides | Formaldehyde | Acetaldehyde | Hydrogen cyanide | Acrolein | Albedo | Absorption | El Nino | Fires | Optical properties | Smoldering | Optical properties of aerosols | Peatlands | Data | El Nino phenomena | Carbon | El Nino events | Ethane | Burning | Ammonia | Atmospheric chemistry | Equipment | Air sampling | Benzene | Emission measurements | Trace gas emissions | Acetone
Journal Article
Atmospheric chemistry and physics, ISSN 1680-7316, 08/2016, Volume 16, Issue 15, pp. 9549 - 9561
Environmental Sciences & Ecology | Physical Sciences | Life Sciences & Biomedicine | Meteorology & Atmospheric Sciences | Science & Technology | Environmental Sciences | Organic carbon | Correlation | Correlation coefficients | Carbon dioxide | Emission | Absorptivity | Combustion | Biomass | Fuels | Parameterization | Coefficients | Aerosol effects | Earth | Albedo | Absorption | Mathematical analysis | Aging | Correlation coefficient | Airborne particulates | Biomass burning | Scattering | Absorption coefficient | Peat | Carbon | Emissions | Burning | Wavelengths | Aerosols | Black carbon | Combustion efficiency | Laboratories | Experiments | Optical properties | Aerosol absorption | Carbon aerosols | Burns
Journal Article
Atmospheric chemistry and physics, ISSN 1680-7316, 01/2017, Volume 17, Issue 2, pp. 1471 - 1489
Environmental Sciences & Ecology | Physical Sciences | Life Sciences & Biomedicine | Meteorology & Atmospheric Sciences | Science & Technology | Environmental Sciences | Measurement | Aerosols | Air pollution | Atmospheric chemistry | Methods | Methane | Infrared spectroscopy | Fourier transforms | Furfural | Volatility | Emission analysis | Analytical techniques | Identification | Biological speciation | Smoke | Biomass | Smog chambers | Secondary aerosols | Monoterpenes | Chemical composition | Sensors | Speciation | Organic compounds | Outdoor air quality | Chemical speciation | Instruments | Biomass burning | Mass spectroscopy | Carbon | Chromatography | Emission inventories | Emissions | Burning | Gas chromatography | Gases | Cyclopentadiene | Outliers (statistics) | Smog | Air sampling | Relative abundance | Reaction time | Scientific imaging | Terpenes | Instrument approach | Burns | Mass spectrometry
Journal Article
Atmospheric chemistry and physics, ISSN 1680-7316, 04/2017, Volume 17, Issue 8, pp. 5063 - 5078
Environmental Sciences & Ecology | Physical Sciences | Life Sciences & Biomedicine | Meteorology & Atmospheric Sciences | Science & Technology | Environmental Sciences | Carbon-black | Emissions (Pollution) | Environmental aspects | Combustion | Chemical properties | Biomass | Coatings | Observations | Absorption spectroscopy | Biomass burning | Refractivity | Aerosol absorption | Fuels | Coefficients | Carbon | Burning | Emissions | Absorption | Wavelengths | Unity | Correlation analysis | Aerosols | Coating | Black carbon | Combustion efficiency | Drying | Correlation | Methodology | Laboratories | Refractive index | Absorptivity | Absorption coefficient | Experiments | Optical properties
Journal Article
Atmospheric chemistry and physics, ISSN 1680-7316, 02/2018, Volume 18, Issue 3, pp. 2259 - 2286
Environmental Sciences & Ecology | Physical Sciences | Life Sciences & Biomedicine | Meteorology & Atmospheric Sciences | Science & Technology | Environmental Sciences | Environmental monitoring | Emissions (Pollution) | Particles | Methods | Distribution | Testing | Organic carbon | Ammonium | Cooking | Combustion | Dung | Sulfuric acid | Ambient temperature | Profiles | Copper | Mud | Species | Ground water | Sulphuric acid | Kilns | Crops | Biofuels | Emissions | Ammonium compounds | Crop residues | Garbage | Suspended particulate matter | Metal concentrations | Construction materials | Emission | Pollution monitoring | Diesel fuels | Bound water | Reduction | Groundwater | Moisture content | Fires | Lead | Particulate emissions | Litter | Wood | Antimony | Biogas | Heavy metals | Emission inventories | Burning | Idling | Heating | Gasoline | Particulate matter | Motorcycles | Trace metals | Fire | Air pollution | Particulate matter emissions | Diesel | Sulfate | Stone | Refuse | Outdoor air quality | Generators | Residues | Stack emissions | Hardwoods | Sulfates | Particulate matter sources | Pollutants
Journal Article
Atmospheric chemistry and physics, ISSN 1680-7316, 10/2018, Volume 18, Issue 19, pp. 14653 - 14679
Environmental Sciences & Ecology | Physical Sciences | Life Sciences & Biomedicine | Meteorology & Atmospheric Sciences | Science & Technology | Environmental Sciences | Methane | Organic carbon | Kiln firing | Size distribution | Ammonium | Electromagnetic absorption | Carbon dioxide | Dung | Combustion | Biomass | Aerosol effects | Mass balance | Ratios | Vacuum | Coal | Refuse | Critical field (superconductivity) | Carbon monoxide | Polymers | Kilns | Pollution sources | Airborne particulates | Biomass burning | Air quality | Fossil fuels | Agricultural wastes | Emissions | Mass | Ammonium compounds | Particle size distribution | Crop residues | Aerosols | Internet | Black carbon | Mass spectrometry | Garbage | Irrigation | Carbon dioxide measurements | Hydrogen | Emission analysis | Construction materials | Instrumentation | Hydrogen chloride | Diesel fuels | Sulfates | Chloride | Absorption | Fires | Optical properties | Chlorides | Optical properties of aerosols | Wood | Litter | Solid wastes | Carbon | Burning | Idling | Pumps | Motorcycles | Emission measurements | Diesel | Light absorption | Sulphates | Outdoor air quality | Biodiesel fuels | Chlorine compounds | Indoor air quality | Firing (igniting) | Diameters | Carbon aerosols | Air pollution | Nitrogen dioxide
Journal Article
Atmospheric chemistry and physics, ISSN 1680-7316, 09/2016, Volume 16, Issue 17, pp. 11043 - 11081
Environmental Sciences & Ecology | Physical Sciences | Life Sciences & Biomedicine | Meteorology & Atmospheric Sciences | Science & Technology | Environmental Sciences | Air pollution | Combustion | Air quality management | Emissions (Pollution) | Optical properties | Refuse and refuse disposal | Methane | Fourier transforms | Cooking | Carbon dioxide | Hydrocarbons | Dung | Biomass | Coefficients | Organic acids | Ethylbenzene | Coal | Sampling | Testing | Organic compounds | Kilns | Spectroscopy | Clay | Airborne particulates | Biomass burning | Crops | Scattering | Stratosphere | Satellite observation | Fossil fuels | Absorption coefficient | Emissions | Gases | Satellites | Insects | Crop residues | Municipal solid waste | Aerosols | Aerosol measurements | Garbage | Irrigation | Infrared spectroscopy | Construction materials | Pollution monitoring | Nitrogen compounds | Analytical techniques | Absorptivity | Diesel fuels | Albedo | Absorption | Fires | Open burning | Pollutants | Optical properties of aerosols | Litter | Toluene | Monsoons | Biogas | Burning | Clays | Ammonia | Gaseous pollutants | Gasoline | Air sampling | Benzene | Motorcycles | Fire | Emission measurements | Light absorption | Electromagnetic absorption | Pollution control | Oxides | Greenhouse gases | Biodiesel fuels | Repellents | Oxygenation | Residues | Asian monsoons | Carbon | Levels
Journal Article
Environmental science & technology, ISSN 0013-936X, 11/2014, Volume 48, Issue 21, pp. 12636 - 12644
Engineering | Engineering, Environmental | Life Sciences & Biomedicine | Technology | Environmental Sciences & Ecology | Science & Technology | Environmental Sciences | Atmospheric pollution | Applied sciences | Pollution | Pollution sources. Measurement results | Exact sciences and technology | Combustion and energy production | Air Pollutants - analysis | Cooking | Fluorides - analysis | Particulate Matter - analysis | Fires | Coniferophyta | Soil | Poaceae | Agriculture | Biomass | Conductivity | Scanning electron microscopy | Fluorine | Chromatography | Emissions | Index Medicus
Journal Article