Antonio Miguel
Universitat Rovira i Virgili, DEIM, Post-Doc
Experiments and analyses were conducted to examine the airflow characteristics of some currently employed greenhouse screens and the ability to predict airflow through them. Nine different thermal, shading and insect screens were tested... more
Experiments and analyses were conducted to examine the airflow characteristics of some currently employed greenhouse screens and the ability to predict airflow through them. Nine different thermal, shading and insect screens were tested and their airflow characteristics were defined, based on the Forchheimer equation, in terms of permeability and porosity. Further, an analysis was made of the effect on these
Research Interests:
ANTONIO H. MIGUEL,*,+ FRANCISCO R. DE AQUINO NETO,' JAR1 N. CARDOSO,$ PEROLA DE C. VASCONCELLOS,+ ALBERT0 S. PEREIRA,* AND KAREM S . G. MARQUEZt Aerosol and Atmospheric Gases Laboratory, Department of... more
ANTONIO H. MIGUEL,*,+ FRANCISCO R. DE AQUINO NETO,' JAR1 N. CARDOSO,$ PEROLA DE C. VASCONCELLOS,+ ALBERT0 S. PEREIRA,* AND KAREM S . G. MARQUEZt Aerosol and Atmospheric Gases Laboratory, Department of Fundamental Chemistry, Chemistry ...
Research Interests:
Research Interests:
Quinones are reactive organic compounds and are known to initiate reactions associated with many toxicological events. Their presence in air pollution has been demonstrated, but routine quan-titative measurements are lacking. A... more
Quinones are reactive organic compounds and are known to initiate reactions associated with many toxicological events. Their presence in air pollution has been demonstrated, but routine quan-titative measurements are lacking. A quantitative method for the determination of ...
Research Interests: Engineering, Earth Sciences, Air pollution, Science and Technology, Los Angeles, and 12 moreAir Sampling, Aerosol Science and Technology, Dep, CHEMICAL SCIENCES, Particle, Southern California, Electron Impact Ionization, Quantitative Method, Organic Compound, National Institute of Standards and Technology, Aerosol Science, and Fine Particulate Matter
Research Interests:
Research Interests: Environmental Monitoring, Los Angeles, Biological Sciences, Environmental Sciences, Emergency Room, and 19 moreGlutathione, Heme Oxygenase, CHEMICAL SCIENCES, Polycyclic aromatic hydrocarbons (PAHs), Particle Size, Particulate Matter, Organic carbon, Seasons, Chemical Properties, Chemical Composition, Health Effect, Epidemiologic Studies, Environmental, Ultrafine Particles, Oxidation-Reduction, Fine Particles, Air Pollutants, Elemental Carbon, and Health Outcome(Glutathione, Heme Oxygenase, CHEMICAL SCIENCES, Polycyclic aromatic hydrocarbons (PAHs), Particle Size, Particulate Matter, Organic carbon, Seasons, Chemical Properties, Chemical Composition, Health Effect, Epidemiologic Studies, Environmental, Ultrafine Particles, Oxidation-Reduction, Fine Particles, Air Pollutants, Elemental Carbon, and Health Outcome)
(Glutathione, Heme Oxygenase, CHEMICAL SCIENCES, Polycyclic aromatic hydrocarbons (PAHs), Particle Size, Particulate Matter, Organic carbon, Seasons, Chemical Properties, Chemical Composition, Health Effect, Epidemiologic Studies, Environmental, Ultrafine Particles, Oxidation-Reduction, Fine Particles, Air Pollutants, Elemental Carbon, and Health Outcome)