Results 221 to 230 of about 350,238 (260)
Some of the next articles are maybe not open access.
1995
Particle Emission from Outdoor and Indoor Sources.- In Situ Particle Formation/Reaction Mechanisms.- Sources, Particle Size Distribution and Transport of Aeorsols.- Physical, Chemical and Optical Properties of Atmospheric Aerosols.- Chemical Mass Balance.- Sampling of Airborne Particulate Matter.- Analysis of Inorganic Particulate Pollutants by Nuclear
C. Samara, S. Biegalski, T. Kouimtzis
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Particle Emission from Outdoor and Indoor Sources.- In Situ Particle Formation/Reaction Mechanisms.- Sources, Particle Size Distribution and Transport of Aeorsols.- Physical, Chemical and Optical Properties of Atmospheric Aerosols.- Chemical Mass Balance.- Sampling of Airborne Particulate Matter.- Analysis of Inorganic Particulate Pollutants by Nuclear
C. Samara, S. Biegalski, T. Kouimtzis
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2013
The physical and chemical characteristics of atmospheric particulate matter (PM) are discussed stepwise by presenting size representations in computer models, size and chemical profiles of various PM sources, mixing states of PM in ambient air, and observed ambient PM compositions in sequence. Photochemical mechanisms of formation for secondary organic
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The physical and chemical characteristics of atmospheric particulate matter (PM) are discussed stepwise by presenting size representations in computer models, size and chemical profiles of various PM sources, mixing states of PM in ambient air, and observed ambient PM compositions in sequence. Photochemical mechanisms of formation for secondary organic
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2015
This chapter deals with the causes and consequences of exposure from emissions of primary particles and secondary particle precursors on human health and how to deal with them in life cycle impact assessment (LCIA).
Olivier Jolliet +2 more
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This chapter deals with the causes and consequences of exposure from emissions of primary particles and secondary particle precursors on human health and how to deal with them in life cycle impact assessment (LCIA).
Olivier Jolliet +2 more
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Carbonaceous Particulate Matter
2014Ambient particulate matter affects local/regional air quality, human health and climate change significantly. The carbonaceous fractions like organic carbon (OC) and elemental carbon (EC, sometimes known as black carbon) are of high interest for scientists all over the world.
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Particulate Matter of Particular Interest
Annals of Internal Medicine, 1973Excerpt Few physicians are aware that during the intravenous administration of certain medications, notably antibiotics, fibers of asbestos may also be infusing into their patients.
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Particulate Matter in Urban Air
2003Research within SATURN has focussed on improving our understanding of the physical and chemical properties of particulate matter, and our capability for modelling particulate matter concentrations in urban areas. Campaigns have been conducted at various urban centres on PM10, PM2.5 and on finer size fractionated samples.
Kukkonen, J. +3 more
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Decomposition: Particulate Organic Matter
1991Decomposition completes the biogeochemical cycles that photosynthesis initiates. Thus, complete decomposition results in the conversion of the organic (reduced) products of photosynthesis back into the inorganic (generally oxidized) constituents used as the reactants for photosynthesis (see Exercise 14).
Gene E. Likens, Robert G. Wetzel
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Multipolar effects in particulate matter
Solid State Communications, 1984Abstract The effect of induced multipoles on the surface modes of particulate matter in the quasistatic regime are discussed. Numerical evidence suggests that the dipole approximation fails for an interparticle distance σ of 1.5 particle diameters.
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1992
The response of particulate matter to shock treatment has been under investigation for several decades, but usually in connection with metallic powder compaction. It is only in the last 20 years or so that the interest in the changes effected by the passage of a shock wave through nonmetallic powder materials ceased to be purely academic.
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The response of particulate matter to shock treatment has been under investigation for several decades, but usually in connection with metallic powder compaction. It is only in the last 20 years or so that the interest in the changes effected by the passage of a shock wave through nonmetallic powder materials ceased to be purely academic.
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Recent advances and perspectives for solar-driven water splitting using particulate photocatalysts
Chemical Society Reviews, 2022Shengyang Wang, Yue Zhao, Can Li
exaly