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Now showing items 81-90 of 108
Estimation of Doppler and polarimetric variables for weather radars.
(2001)
A method for estimation of Doppler spectrum and its moments as well as several polarimetric variables on pulsed weather radars is presented. This scheme operates on oversampled echoes in range, that is samples of in-phase ...
An investigation of ice production mechanisms using a three-dimensional cloud model with explicit microphysics.
(1997)
In the case of the New Mexico cumulus cloud, when raindrops are produced through the warm-rain process, the Hallett-Mossop mechanism then generates ice particles in concentrations of order 100 L$\sp{-1}$ in about 10 minutes. ...
Retrieval of thermal and microphysical variables in observed convective storms /
(1984)
Preliminary model tests using input from a dynamically simulated cloud establish the accuracy of the retrieval scheme. Real data tests indicate good agreement between retrieved and observed radar reflectivities, qualitative ...
The relationship between weather variables and electricity demand to improve short-term load forecasting.
(2003)
The power utility industry has become highly volatile with a deregulated market on the horizon and with enormous profit and loss swings in the energy trading market. Electricity, in particular, has become a commodity that ...
Hygrometric sodar.
(1976)
Observations and Simulations of Polarimetric, X-Band Radar Signatures in Supercells
(2013)
Polarimetric weather radars, with the additional information collected, allow one to infer scatterer and precipitation properties considerably more easily than single-polarization radars. Given the relationship between the ...
The effects of channel tortuosity on electromagnetic radiations from lightning return strokes.
(1982)
The analysis of radiation from a lightning return stroke requires both channel geometry and the current waveform that propagates along the channel. Analysis and interpretation in the past have been performed with simplified ...
On the relation between environmental wind veer and circulation in severe storms /
(The University of Oklahoma., 1971)