Atmospheric Chemistry and Physics, ISSN 1680-7316, 09/2018, Volume 18, Issue 18, pp. 13429 - 13455
The microphysical properties, composition and mixing state of mineral dust, sea salt and secondary compounds were measured by active and passive aerosol...
CLOUD CONDENSATION | AFRICAN DUST | COMPLEX REFRACTIVE-INDEX | NORTH-ATLANTIC | COARSE PARTICULATE MATTER | ICE NUCLEATION | ASPIRATION EFFICIENCY | LONG-RANGE TRANSPORT | METEOROLOGY & ATMOSPHERIC SCIENCES | MINERAL-DUST | SEA-SALT | Meteorological research | Usage | Composition | Dust | Sedimentation and deposition | Aerosols | Environmental aspects | Research | Electron microscopy | Boundary layer | Salts | Atmospheric models | Dust particles | X ray fluorescence | Wind velocity | Fluorescence | Iron | Silicates | Sulfates | Wind speed | Saharan dust | Local winds | Aerosol sampling | Long-range transport | Deposition | Dust clouds | Dust deposition | Atmospheric aerosols | Particulates | Phosphorus | Atmospheric particulates | Velocity | X-ray fluorescence | Microscopy | Feldspars | Air sampling | Sulfate | Aerosol concentrations | Boundary layers
CLOUD CONDENSATION | AFRICAN DUST | COMPLEX REFRACTIVE-INDEX | NORTH-ATLANTIC | COARSE PARTICULATE MATTER | ICE NUCLEATION | ASPIRATION EFFICIENCY | LONG-RANGE TRANSPORT | METEOROLOGY & ATMOSPHERIC SCIENCES | MINERAL-DUST | SEA-SALT | Meteorological research | Usage | Composition | Dust | Sedimentation and deposition | Aerosols | Environmental aspects | Research | Electron microscopy | Boundary layer | Salts | Atmospheric models | Dust particles | X ray fluorescence | Wind velocity | Fluorescence | Iron | Silicates | Sulfates | Wind speed | Saharan dust | Local winds | Aerosol sampling | Long-range transport | Deposition | Dust clouds | Dust deposition | Atmospheric aerosols | Particulates | Phosphorus | Atmospheric particulates | Velocity | X-ray fluorescence | Microscopy | Feldspars | Air sampling | Sulfate | Aerosol concentrations | Boundary layers
Journal Article
Atmospheric Chemistry and Physics, ISSN 1680-7316, 10/2018, Volume 18, Issue 19, pp. 13987 - 14003
Ice particle residuals (IRs) and the total aerosol particle population were sampled in parallel during mixedphase cloud events at the high-altitude research...
ALPINE SITE JUNGFRAUJOCH | CARBONACEOUS PARTICLES | TECHNICAL NOTE | COUNTERFLOW VIRTUAL IMPACTOR | ORGANIC AEROSOL | SCANNING-ELECTRON-MICROSCOPY | CHEMICAL-COMPOSITION | KAOLINITE PARTICLES | NUCLEATING PARTICLES | DISPERSION MODEL FLEXPART | METEOROLOGY & ATMOSPHERIC SCIENCES | Environmental aspects | Aerosols | Ice | Chemical properties | Clouds | Natural history | Enrichment | Abrasion | Wind roses | Temperature | Calcium | Aluminum | Soot | Metals | Pollution control | Aluminum silicates | Aluminosilicates | Iron | Industrial areas | Silica | Silicon dioxide | Chemical pollution | Aerosol composition | Particle emission | Counterflow | Lead | Chemical composition | Sampling | Scanning electron microscopy | Temperature dependence | Composition | Particulates | Abundance | Duration | Electron microscopy | Contamination | Heavy metals | Substrates | Organic chemistry | Dilution | Ice nucleation | Depletion | Abrasion resistance | Air sampling | Samples | Aerosol particles | Relative abundance | Inlets (waterways)
ALPINE SITE JUNGFRAUJOCH | CARBONACEOUS PARTICLES | TECHNICAL NOTE | COUNTERFLOW VIRTUAL IMPACTOR | ORGANIC AEROSOL | SCANNING-ELECTRON-MICROSCOPY | CHEMICAL-COMPOSITION | KAOLINITE PARTICLES | NUCLEATING PARTICLES | DISPERSION MODEL FLEXPART | METEOROLOGY & ATMOSPHERIC SCIENCES | Environmental aspects | Aerosols | Ice | Chemical properties | Clouds | Natural history | Enrichment | Abrasion | Wind roses | Temperature | Calcium | Aluminum | Soot | Metals | Pollution control | Aluminum silicates | Aluminosilicates | Iron | Industrial areas | Silica | Silicon dioxide | Chemical pollution | Aerosol composition | Particle emission | Counterflow | Lead | Chemical composition | Sampling | Scanning electron microscopy | Temperature dependence | Composition | Particulates | Abundance | Duration | Electron microscopy | Contamination | Heavy metals | Substrates | Organic chemistry | Dilution | Ice nucleation | Depletion | Abrasion resistance | Air sampling | Samples | Aerosol particles | Relative abundance | Inlets (waterways)
Journal Article
Atmospheric Chemistry and Physics, ISSN 1680-7316, 2015, Volume 15, Issue 5, pp. 2489 - 2518
Immersion freezing is the most relevant heterogeneous ice nucleation mechanism through which ice crystals are formed in mixed-phase clouds. In recent years, an...
CRYSTAL NUCLEATION | NUCLEI | MODE | WIND-TUNNEL | KAOLINITE PARTICLES | DEPOSITION NUCLEATION | FLOW DIFFUSION CHAMBER | HEMATITE PARTICLES | MINERAL DUST AEROSOL | METEOROLOGY & ATMOSPHERIC SCIENCES | WATER DROPLETS | Slopes | Parametrization | Dust | Nucleation | Illite | Measurement methods | Droplets | Immersion | Freezing | ENVIRONMENTAL SCIENCES
CRYSTAL NUCLEATION | NUCLEI | MODE | WIND-TUNNEL | KAOLINITE PARTICLES | DEPOSITION NUCLEATION | FLOW DIFFUSION CHAMBER | HEMATITE PARTICLES | MINERAL DUST AEROSOL | METEOROLOGY & ATMOSPHERIC SCIENCES | WATER DROPLETS | Slopes | Parametrization | Dust | Nucleation | Illite | Measurement methods | Droplets | Immersion | Freezing | ENVIRONMENTAL SCIENCES
Journal Article
Analytical and Bioanalytical Chemistry, ISSN 1618-2642, 3/2019, Volume 411, Issue 8, pp. 1633 - 1645
Individual aerosol particles from an urban background site in Mainz (Germany), a traffic hotspot site in Essen (Germany), the free troposphere in the Swiss...
Biochemistry, general | Scanning electron microscopy | Chemistry | Analytical Chemistry | Food Science | Monitoring/Environmental Analysis | Computer-controlled SEM | Operator-controlled SEM | Atmospheric aerosol particles | Characterization and Evaluation of Materials | Laboratory Medicine | Particle characterisation | ICE-NUCLEATING PARTICLES | CHEMISTRY, ANALYTICAL | MIXING STATE | ORGANIC AEROSOL | BIOCHEMICAL RESEARCH METHODS | SAHARAN-MINERAL-DUST | MASS-SPECTROMETRY | AMBIENT AEROSOL | COMPLEX REFRACTIVE-INDEX | INDIVIDUAL PARTICLES | CHEMICAL-COMPOSITION | SOURCE IDENTIFICATION | Atmospheric physics | Electron microscopy | Comparative analysis | Troposphere | High altitude | Rural areas | Soot | Atmospheric aerosols | Particulates | Abundance | Organic chemistry | Fly ash | Morphology | Air sampling | Irradiation | Aerosols | Chemical composition | Electron bombardment
Biochemistry, general | Scanning electron microscopy | Chemistry | Analytical Chemistry | Food Science | Monitoring/Environmental Analysis | Computer-controlled SEM | Operator-controlled SEM | Atmospheric aerosol particles | Characterization and Evaluation of Materials | Laboratory Medicine | Particle characterisation | ICE-NUCLEATING PARTICLES | CHEMISTRY, ANALYTICAL | MIXING STATE | ORGANIC AEROSOL | BIOCHEMICAL RESEARCH METHODS | SAHARAN-MINERAL-DUST | MASS-SPECTROMETRY | AMBIENT AEROSOL | COMPLEX REFRACTIVE-INDEX | INDIVIDUAL PARTICLES | CHEMICAL-COMPOSITION | SOURCE IDENTIFICATION | Atmospheric physics | Electron microscopy | Comparative analysis | Troposphere | High altitude | Rural areas | Soot | Atmospheric aerosols | Particulates | Abundance | Organic chemistry | Fly ash | Morphology | Air sampling | Irradiation | Aerosols | Chemical composition | Electron bombardment
Journal Article
Earth-Science Reviews, ISSN 0012-8252, 01/2013, Volume 116, Issue 1, pp. 170 - 194
This paper presents a review of bulk compositional data of northern African dust and its potential source sediments and includes elemental, isotope and...
Northern Africa | Mineral dust | Bulk composition | Source area | WESTERN MEDITERRANEAN-SEA | AIR-MASS TRAJECTORIES | ATLANTIC-OCEAN | GEOSCIENCES, MULTIDISCIPLINARY | CANARY-ISLANDS | CHEMICAL-COMPOSITION | DESERT DUST | WATER COLUMN PARTICLES | LONG-RANGE TRANSPORT | SAHARAN DUST | Clay | Calcite crystals | Carbonates | Analysis | Sediments (Geology)
Northern Africa | Mineral dust | Bulk composition | Source area | WESTERN MEDITERRANEAN-SEA | AIR-MASS TRAJECTORIES | ATLANTIC-OCEAN | GEOSCIENCES, MULTIDISCIPLINARY | CANARY-ISLANDS | CHEMICAL-COMPOSITION | DESERT DUST | WATER COLUMN PARTICLES | LONG-RANGE TRANSPORT | SAHARAN DUST | Clay | Calcite crystals | Carbonates | Analysis | Sediments (Geology)
Journal Article
Atmospheric Chemistry and Physics, ISSN 1680-7316, 10/2017, Volume 17, Issue 20, pp. 12475 - 12493
Eleven particle samples collected in the polar stratosphere during SOLVE (SAGE III Ozone loss and validation experiment) from January until March 2000 were...
TRANSMISSION ELECTRON-MICROSCOPY | AEROSOL-PARTICLES | SIZE DISTRIBUTIONS | INDIVIDUAL PARTICLES | IN-SITU MEASUREMENTS | FOREST-FIRE SMOKE | CHEMICAL-COMPOSITION | UPPER TROPOSPHERE | SULFURIC-ACID | METEOROLOGY & ATMOSPHERIC SCIENCES | PARTICULATE MATTER | Ozone layer | Analysis | Research | Extraterrestrial matter | Ammonium | High resolution | Sulphates | Motors | Ratios | Electron beams | Diesel engines | Particle physics | Coal | Chemical composition | Scanning electron microscopy | Polar vortex | Image resolution | Marine propulsion | Pollution sources | Biomass burning | Stratosphere | Aerodynamics | Air | Electron microscopy | Ablation | Polar vortexes | Emissions | Ammonium compounds | Incineration | Samples | Extraterrestrial material | Mixing ratio | Resolution | Organic matter | Hydrogen | Transmission | Major elements | Iron | Sulfates | Energy transmission | Ships | Standard deviation | Particle beams | Composition | Oxygen | Wood | Particulates | Ozone | Nanostructure | Marine engines | Burning | Ammonium sulfates | Transmission electron microscopy | Atmospheric chemistry | Internal combustion engines | Nickel
TRANSMISSION ELECTRON-MICROSCOPY | AEROSOL-PARTICLES | SIZE DISTRIBUTIONS | INDIVIDUAL PARTICLES | IN-SITU MEASUREMENTS | FOREST-FIRE SMOKE | CHEMICAL-COMPOSITION | UPPER TROPOSPHERE | SULFURIC-ACID | METEOROLOGY & ATMOSPHERIC SCIENCES | PARTICULATE MATTER | Ozone layer | Analysis | Research | Extraterrestrial matter | Ammonium | High resolution | Sulphates | Motors | Ratios | Electron beams | Diesel engines | Particle physics | Coal | Chemical composition | Scanning electron microscopy | Polar vortex | Image resolution | Marine propulsion | Pollution sources | Biomass burning | Stratosphere | Aerodynamics | Air | Electron microscopy | Ablation | Polar vortexes | Emissions | Ammonium compounds | Incineration | Samples | Extraterrestrial material | Mixing ratio | Resolution | Organic matter | Hydrogen | Transmission | Major elements | Iron | Sulfates | Energy transmission | Ships | Standard deviation | Particle beams | Composition | Oxygen | Wood | Particulates | Ozone | Nanostructure | Marine engines | Burning | Ammonium sulfates | Transmission electron microscopy | Atmospheric chemistry | Internal combustion engines | Nickel
Journal Article
Atmospheric Chemistry and Physics, ISSN 1680-7316, 07/2016, Volume 16, Issue 13, pp. 8405 - 8421
Stratospheric aerosol particles with diameters larger than about 10 nm were collected within the arctic vortex during two polar flight campaigns: RECONCILE in...
INDIVIDUAL PARTICLES | IN-SITU MEASUREMENTS | ALUMINUM-OXIDE | SPACE-SHUTTLE | SULFATE PARTICLES | OZONE LOSS | ELECTRON-MICROSCOPY | UPPER TROPOSPHERE | SINGLE ATMOSPHERIC PARTICLES | METEOROLOGY & ATMOSPHERIC SCIENCES | METEORIC SMOKE PARTICLES | Analysis | Mesosphere | Chemical analysis | Nucleation | Clouds | Calcium | Aluminum | Soot | Size | Impactors | Air masses | Iron | Dispersions | Silicates | Spheres | Stratospheric cloud | Winter | Particle physics | Polar environments | Lead | Chemical composition | Polar stratospheric clouds | Coordination compounds | Onboard | Scanning electron microscopy | Composition | Geophysics | Stratosphere | Particulates | Ozone | Abundance | Aerodynamics | Aluminium | Electron microscopy | Heavy metals | Aluminum oxide | Vortices | Samples | Aerosol particles | Aerosols | Detection | Aircraft
INDIVIDUAL PARTICLES | IN-SITU MEASUREMENTS | ALUMINUM-OXIDE | SPACE-SHUTTLE | SULFATE PARTICLES | OZONE LOSS | ELECTRON-MICROSCOPY | UPPER TROPOSPHERE | SINGLE ATMOSPHERIC PARTICLES | METEOROLOGY & ATMOSPHERIC SCIENCES | METEORIC SMOKE PARTICLES | Analysis | Mesosphere | Chemical analysis | Nucleation | Clouds | Calcium | Aluminum | Soot | Size | Impactors | Air masses | Iron | Dispersions | Silicates | Spheres | Stratospheric cloud | Winter | Particle physics | Polar environments | Lead | Chemical composition | Polar stratospheric clouds | Coordination compounds | Onboard | Scanning electron microscopy | Composition | Geophysics | Stratosphere | Particulates | Ozone | Abundance | Aerodynamics | Aluminium | Electron microscopy | Heavy metals | Aluminum oxide | Vortices | Samples | Aerosol particles | Aerosols | Detection | Aircraft
Journal Article
Atmospheric Environment, ISSN 1352-2310, 12/2016, Volume 147, pp. 395 - 408
The Għarb rural background station located on the northernmost island in the Maltese archipelago has been used to gather PM data since 2008. 224 samples from a...
Central Mediterranean | Marine aerosol | PM10 | African dust intrusions | Natural contribution | Positive matrix factorization | AMBIENT PARTICULATE MATTER | AIR-QUALITY | SEA-SALT | AFRICAN DUST | ENVIRONMENTAL SCIENCES | CHEMICAL-COMPOSITION | DESERT DUST | DAILY MORTALITY | SOURCE APPORTIONMENT | METEOROLOGY & ATMOSPHERIC SCIENCES | TEMPORAL VARIATIONS
Central Mediterranean | Marine aerosol | PM10 | African dust intrusions | Natural contribution | Positive matrix factorization | AMBIENT PARTICULATE MATTER | AIR-QUALITY | SEA-SALT | AFRICAN DUST | ENVIRONMENTAL SCIENCES | CHEMICAL-COMPOSITION | DESERT DUST | DAILY MORTALITY | SOURCE APPORTIONMENT | METEOROLOGY & ATMOSPHERIC SCIENCES | TEMPORAL VARIATIONS
Journal Article
Atmospheric Chemistry and Physics, ISSN 1680-7316, 2011, Volume 11, Issue 16, pp. 8231 - 8256
This paper presents a review of recently acquired knowledge on the physico-chemical properties of mineral dust from Africa and Asia based on data presented and...
ATMOSPHERIC ICE NUCLEI | NEGEV DESERT ISRAEL | NORTHEASTERN TROPICAL ATLANTIC | AMMA AIRCRAFT CAMPAIGN | COLUMN RADIATIVE CLOSURE | LONG-RANGE TRANSPORT | 2001 ACE-ASIA | METEOROLOGY & ATMOSPHERIC SCIENCES | AEROSOL-SIZE DISTRIBUTIONS | MARINE BOUNDARY-LAYER | SAHARAN DUST
ATMOSPHERIC ICE NUCLEI | NEGEV DESERT ISRAEL | NORTHEASTERN TROPICAL ATLANTIC | AMMA AIRCRAFT CAMPAIGN | COLUMN RADIATIVE CLOSURE | LONG-RANGE TRANSPORT | 2001 ACE-ASIA | METEOROLOGY & ATMOSPHERIC SCIENCES | AEROSOL-SIZE DISTRIBUTIONS | MARINE BOUNDARY-LAYER | SAHARAN DUST
Journal Article
Analytical and Bioanalytical Chemistry, ISSN 1618-2642, 1/2019, Volume 411, Issue 2, pp. 305 - 313
The emission of ultrafine carbonaceous particles during the laser cutting of fiber-reinforced polymer (CFRP) composite materials was investigated. The study...
Biochemistry, general | Aerosols/particulates | Chemistry | Analytical Chemistry | Food Science | Monitoring/Environmental Analysis | Laser cutting | Characterization and Evaluation of Materials | Carbon fiber-reinforced polymer composite materials | Nanoparticles/nanotechnology | Laboratory Medicine | Nanoparticles | CHEMISTRY, ANALYTICAL | particulates | PARTICLES | BIOCHEMICAL RESEARCH METHODS | nanotechnology | Aerosols | PLASTICS | THERMAL-DECOMPOSITION | Environmental aspects | Reinforced plastics | Chemical properties | Laser beam cutting | Methods | Organic carbon | Polymer matrix composites | Size distribution | Fiber composites | Ultrafines | Fiber reinforced polymers | Organic chemistry | Particle size distribution | Carbon fibers | Composite materials | Contaminants | Lasers | Morphology | Particulate matter | Air pollution | Carbon fiber reinforced plastics | Chemical composition | Particulate emissions | Fiber lasers
Biochemistry, general | Aerosols/particulates | Chemistry | Analytical Chemistry | Food Science | Monitoring/Environmental Analysis | Laser cutting | Characterization and Evaluation of Materials | Carbon fiber-reinforced polymer composite materials | Nanoparticles/nanotechnology | Laboratory Medicine | Nanoparticles | CHEMISTRY, ANALYTICAL | particulates | PARTICLES | BIOCHEMICAL RESEARCH METHODS | nanotechnology | Aerosols | PLASTICS | THERMAL-DECOMPOSITION | Environmental aspects | Reinforced plastics | Chemical properties | Laser beam cutting | Methods | Organic carbon | Polymer matrix composites | Size distribution | Fiber composites | Ultrafines | Fiber reinforced polymers | Organic chemistry | Particle size distribution | Carbon fibers | Composite materials | Contaminants | Lasers | Morphology | Particulate matter | Air pollution | Carbon fiber reinforced plastics | Chemical composition | Particulate emissions | Fiber lasers
Journal Article
Journal of Geophysical Research - Atmospheres, ISSN 0148-0227, 12/2008, Volume 113, Issue D23, pp. D23204 - n/a
The ice nucleation properties of the nine most abundant minerals occurring in desert aerosols (quartz, albite, microcline, kaolinite, montmorillonite, illite,...
Atmospheric Composition and Structure | Aerosols and particles | Cloud physics and chemistry | composition and chemistry | Troposphere | ice nucleation | electron microscopy | mineral dust | UNITED-STATES | HYGROSCOPIC BEHAVIOR | CLAY-MINERALS | NUCLEI | CLOUDS | SCANNING-ELECTRON-MICROSCOPY | INDIVIDUAL AEROSOL-PARTICLES | DESERT DUST | DIFFUSION CHAMBER | IMMERSION MODE | METEOROLOGY & ATMOSPHERIC SCIENCES | Relative humidity | Parametrization | Nucleation | Illite | Supersaturation | Activation | Kaolinite | Minerals
Atmospheric Composition and Structure | Aerosols and particles | Cloud physics and chemistry | composition and chemistry | Troposphere | ice nucleation | electron microscopy | mineral dust | UNITED-STATES | HYGROSCOPIC BEHAVIOR | CLAY-MINERALS | NUCLEI | CLOUDS | SCANNING-ELECTRON-MICROSCOPY | INDIVIDUAL AEROSOL-PARTICLES | DESERT DUST | DIFFUSION CHAMBER | IMMERSION MODE | METEOROLOGY & ATMOSPHERIC SCIENCES | Relative humidity | Parametrization | Nucleation | Illite | Supersaturation | Activation | Kaolinite | Minerals
Journal Article