'Cloud physics' diaporamas de présentation

Purpose of the Project

Radar Observations of Fog Layers R. Boers, H. Klein Baltink, J. Hemink, F. Bosveld, and M. Moerman 18.10.2012. Purpose of the Project. To assess the fog detection capabilities of ground based remote sensing instruments [in particular cloud radar, 35GHz].

379 views • 25 slides

Memories of Peter Hobbs

Memories of Peter Hobbs. A Cloud Physicist Who Studied Fronts and Cyclones. He and his group either organized or were major players in a number of field programs that contributed immeasureably to our understanding of cyclones and fronts :. Peter: The Renaissance Man. Voracious reader

322 views • 22 slides

Memories of Peter Hobbs

Memories of Peter Hobbs. A Cloud Physicist Who Studied Fronts and Cyclones. He and his group either organized or were major players in a number of field programs that contributed immeasureably to our understanding of cyclones and fronts :. Peter: The Renaissance Man. Voracious reader

226 views • 22 slides

Lance Bosart Symposium Comments on Graduate Study at Albany

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The Winter storm of January 27-28, 2009

The Winter storm of January 27-28, 2009. Snow, Sleet, Freezing Rain. A Short Introduction to Cloud Physics. To make snow, the temperature must be below freezing the entire path until at the surface.

498 views • 15 slides

Jian-Wen Bao (ESRL/PSD) S. G. Gopalakrishnan (AOML/HRD) Sara A. Michelson (ESRL/PSD) NOAA/OAR

Sensitivity of the WRF-NMM Model to Physics Parameterizations at Various Vertical and Horizontal Resolutions. Jian-Wen Bao (ESRL/PSD) S. G. Gopalakrishnan (AOML/HRD) Sara A. Michelson (ESRL/PSD) NOAA/OAR in collaboration with Frank Marks of AMOL/HRD, and Vijay Tallapragada of NCEP/EMC.

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A Cloud Physics Facility for DUSEL

126 views • 12 slides

Course description ATS 441 / 541

Course description ATS 441 / 541. Refer to syllabus. Catalog description.

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Radar & lidar observations of clouds UWERN Cloud systems and Orography meeting

Radar & lidar observations of clouds UWERN Cloud systems and Orography meeting. Robin Hogan University of Reading, UK Current and future Chilbolton capabilities Cloud physics and model evaluation work at Chilbolton

248 views • 8 slides

Cloud Detection: Optical Depth Thresholds and FOV Considerations

Lowering the Cirrus Cloud detection threshold will capture much thinner cirrus (optical depth of 0.08 in this example). 1.38um Cloud Model Reflectance. B26 Cloud test threshold in V3.0.0 (current). New B26 Cloud test threshold under evaluation. Optical depth detectable

177 views • 1 slides