Librería Samer Atenea
Librería Aciertas (Toledo)
Kálamo Books
Librería Perelló (Valencia)
Librería Elías (Asturias)
Donde los libros
Librería Kolima (Madrid)
Librería Proteo (Málaga)
Part I: Basic Studies and Novel Methods in Modeling Atmospheric Flows. Uncertainties in Air Quality Model Predictions; S.R. Hanna. Review of Non-Local Mixing in Turbulent Atmospheres: Transilient Turbulence Theory; R.B. Stull. Buoyuant Plume Rise in a Lagrangian Framework; H.Van Dop. Mixing Efficiency of a Stably Stratified Fluid; K. Oduyemi.Possibility of Simulating Geophysical Flow Phenomena by Laboratory Experiments; H. Branover, A. Bershadskii, A. Eidelman, M. Nagorny. Investigation of the Planetary Boundary Layer Height Variations over Complex Terrain; R. Lieman, P. Alpert. The Importance of Mesocale Phenomena on the Dispersion of Pollutants in the Vicinity of a Point-Source Emission; L. Rantalainen. A Numerical Model for Estimation of the Diurnal Fluctuation of the Inversion Height due to a Sea Breeze; Y. Feliks. Synoptic and Mesoscale Weather Conditions during Air Pollution Episodes in Athens, Greece; G. Kallos, P. Kassomenos, R.A. Pielke. The Use of a Meso-Gamma Scale Model for Evaluation of Pollution Concentration over an Industrial Region in Israel (Hadera); Y. Tokar, J. Goldstein, Z. Levin, P. Alpert. Part II: Analysis of Concentration Fluctuations. Recent Developments in the Lagrangian Stochastic Theory of Turbulent Dispersion; B.L. Sawford. A Three-Dimensional Model for Calculating the Concentration Distribution in Inhomogeneous Turbulence; H. Kaplan, N. Dinar. Fluctuations of Line Integrated Concentrations across Plume Diffusion in Grid Generated Turbulence and in Shear Flow; M. Poreh, A. Hadad, J.E. Cermak. The Structure and Magnitude of Concentration Fluctuations; P.C. Chatwin, P.J. Sullivan. Dispersion in Sheared Gaussian Homogeneous Turbulence; J.D. Wilson, T.K. Flesch, G.E. Sweaters. Fractal Aspects ofIntegrated Concentration Fluctuations; A. Hadad, M. Stiassnie, M. Poreh, J.E. Cermak. Modeling Nitrogen Oxide Conversion by using Probability Density Functions; P. Bange. Part III: Experimental Techniques and Methods of Data Acquisition. Final Results of the Condors Convective Diffusion Experiment; G.A. Briggs. A One-Dimensional Wind Profile Model with Stability and Eddy Viscosity Estimations from Sodar Data; H. Dahlquist. Intercomparison of Turbulence Data Measured by Sodar and Sonic Anemomenters; P. Thomas, S. Vogt. Lidar Measurements of Plume Statistics; H.J. Jörgensen, T. Mikkelsen. Laboratory Study of the Turbulent Structure of a Channel Jet Flowing into an Open Basin; B. Shteinman, A. Gutman, E. Mechrez. Limitation of Using Multi-Type Sensors in Combination for Verifying Atmospheric Phenomena; S. Egert, E. Eyal, J. Sivan, R. Reichman. Observations of the Diurnal oscillation of the Inversion over the Israeli Coast; J. Barkan, Y. Feliks. Spatial Structure of a jet Flow at a River Mouth; B. Shteinman, E. Mechrez, A. Gutman. Actinic Fluxes: The Role of Clouds in Photodissociation; P.G. Duynkerke, M. van Weele. Part IV: Round Table Discussion. Round Table Discussion: Interactions and Feedback Between Theory and Experiment: S.R. Hanna (Ed.). Author Index.
