Results 1 to 10 of about 368,851 (328)
A theory for the retrieval of virtual temperature from winds, radiances and the equations of fluid dynamics [PDF]
, 1986 A technique to deduce the virtual temperature from the combined use of the equations of fluid dynamics, observed wind and observed radiances is described.
Tzvi, G. C.
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Mesoscale structure of 11-20 km winds [PDF]
Wind speed and direction profiles by tracking spherical superpressure ...
Reiter, E. R., Weinstein, A. I.
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On the measurement of vertical velocity by MST radar [PDF]
, 1983 An overview is presented of the measurement of atmospheric vertical motion utilizing the MST radar technique. Vertical motion in the atmosphere is briefly discussed as a function of scale.
Gage, K. S.
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Numerical studies of frontal dynamics [PDF]
Efforts concentrated on the development of a two dimensional primitive equation (PE) model of frontogenesis that simultaneously incorporates the frontagenetical mechanisms of confluence and horizontal shear.
Keyser, Daniel
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Quality Assurance Procedures for Mesoscale Meteorological Data
Journal of Atmospheric and Oceanic Technology, 2010 Abstract Mesoscale meteorological data present their own challenges and advantages during the quality assurance (QA) process because of their variability in both space and time. To ensure data quality, it is important to perform quality control at many different stages (e.g., sensor calibrations, automated tests, and manual assessment ...
Alexandria G. McCombs +4 more
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Low level remote sensing: The Doppler Radar wind profiler [PDF]
Mesoscale phenomena such as thunderstorm and sea breeze frontal circulations are being investigated using a 50 MHz Doppler wind profiler at the Kennedy Space Center.
Carlson, Catherine +2 more
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In the last three years the focus was on the information contained in the lightning measurement, which is independent of other meteorological measurements that can be made from space.
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Mesoscale Verification Using Meteorological Composites
Monthly Weather Review, 2004 Abstract Mesoscale models are often used to explicitly predict discrete, highly structured phenomena. Information regarding the ability of the model to predict events as coherent entities is thus a useful statement of performance. Observational constraints are a significant problem, though, as the shape, size, and intensity of any given event are often
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A mathematical-physical formulation of a mesoscale limited area model in meteorology
Atti della Accademia Peloritana dei Pericolanti : Classe di Scienze Fisiche, Matematiche e NaturaliIn this paper we give a detailed mathematical-physical derivation of a limited area meteorological model, used in several applications, describing the motions and the behaviour of the atmosphere, in the troposphere layer, at mesoscale range, modeled as a
Maria Teresa Caccamo +3 more
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Numerical prediction experiments simulating the impact of mesoscale satellite data [PDF]
Recent developments in mesometeorology are summarized to place this research in perspective. Recent advances in computer analysis and forecast system development that provide the basis for the simulation tests are discussed.
Kreitzberg, C. W.
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