Search Results - "SEKELSKY, S. M"

Classification of particles in stratiform clouds using the 33 and 95 GHz polarimetric cloud profiling radar system (CPRS) by Lohmeier, S.P., Sekelsky, S.M., Firda, J.M., Sadowy, G.A., McIntosh, R.E.

“…This paper describes the identification of regions of ice, cloud droplets, rain, mixed-phase hydrometers, and insects in stratiform clouds using 33 and 95 GHz…”
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Cloud observations with a polarimetric 33 GHz and 95 GHz radar by Sekelsky, S. M., McIntosh, R. E.

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Millimeter-wave radars for remotely sensing clouds and precipitation by Mead, J.B., Pazmany, A.L., Sekelsky, S.M., McIntosh, R.E.

“…Millimeter-wave radars have been used since the early 1950s to study clouds and precipitation, but until recently these early instruments were limited to…”
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The Combined Sensor Program: An Air–Sea Science Mission in the Central and Western Pacific Ocean by Post, Madison J., Fairall, Christopher W., Snider, Jack B., Han, Yong, White, Allen B., Ecklund, Warner L., Weickmann, Klaus M., Quinn, Patricia K., Cooper, Daniel I., Sekelsky, Steven M., McIntosh, Robert E., Minnett, Peter, Knuteson, Robert O.

“…Twelve national research organizations joined forces on a 30-day, 6800 n mi survey of the Central and Tropical Western Pacific on NOAA’s Research…”
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Particle Size Estimation in Ice-Phase Clouds Using Multifrequency Radar Reflectivity Measurements at 95, 33, and 2.8 GHz by Sekelsky, Stephen M., Ecklund, Warner L., Firda, John M., Gage, Kenneth S., McIntosh, Robert E.

“…Multifrequency radar measurements collected at 2.8 (S band), 33.12 (Ka band), and 94.92 GHz (W band) are processed using a neural network to estimate median…”
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Microwave remote sensing of falling snow by Min-Jeong Kim, Wang, J.R., Meneghini, R., Johnson, B., Tanelli, S., Roman-Nieves, J.I., Sekelsky, S.M., Skofronick-Jackson, G.

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Triple-frequency radar for cloud and precipitation microphysics research by Majurec, N., Sekelsky, S.M., Schaubert, D.H., Hong, Y., Rutledge, S.A., Stephens, G.L., Heymsfield, A.

“…The University of Massachusetts (UMass), Colorado State University (CSU) and the National Center for Atmospheric Research (NCAR) are collaborating to develop…”
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Cloud observations with a polarimeteric 33 GHz and 95 GHz radar by Sekelsky, S M, McIntosh, R E

“…The University of Massachusetts' Microwave Remote Sensing Laboratory (MIRSL) has developed a unique high spatial resolution multiparameter radar under…”
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Cloud observations with a polarimetric 33 GHz and 95 GHz radar: Radar meteorology by SEKELSKY, S. M, MCINTOSH, R. E

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Radiative Impacts of Anvil Cloud during the Maritime Continent Thunderstorm Experiment by Jensen, M P, Ackerman, T P, Sekelsky, S M

“…In this study the radiative impact of three separate cirrus anvil systems that occurred during the Maritime Continent Thunderstorm Experiment is investigated…”
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Radiative impacts of anvil cloud during the Maritime Continent Thunderstorm Experiment by Jensen, M P, Ackerman, T P, Sekelsky, S M

“…In this study the radiative impact of three separate cirrus anvil systems that occurred during the Maritime Continent Thunderstorm Experiment is investigated…”
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Remote measurements of snowfalls in Wakasa Bay, Japan with Airborne Millimeter-wave Imaging Radiometer and Cloud Radar by Wang, J.R., Racette, P., Liu, G.S., Austin, R.T., Sekelsky, S.M.

“…Results of concurrent airborne measurements of snowfalls with the Millimeter-wave Imaging Radiometer (MIR) and the Airborne Cloud Radar (ACR) are reported in…”
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Millimeter-wave measurement of frozen hydrometeors during the 2003 Wakasa bay field experiment by Kim, M.-J., Chang, D.-E., Weinman, J.A., Wang, J.R., Tanelli, S., Roman-Nieves, J.I., Sekelsky, S.M.

“…Snowfall is an important component of the Earth's precipitation and hydrological cycle. Remote measurements of frozen hydrometeor properties have been limited…”
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Multi-frequency radar Doppler spectrum measurements of cirrus clouds by Sekelsky, S.M.

“…Improved remote sensing of cirrus cloud particle size and ice mass content is important for validating and improving cloud microphysical models used in climate…”
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Multi-frequency radar observations of liquid clouds by Sekelsky, S.M.

“…Demonstrates the use of the differential extinction technique with two attenuating radar wavelengths to determine microphysical properties of liquid clouds…”
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Ice water content (IWC) retrieval from cirrus clouds using millimeter-wave radar and in-situ ice crystal airborne data by Moralesa, J., Trabal, J., Cruz-Pol, S.L., Sekelsky, S.M.

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Radiative Impacts of Anvil Cloud during the Maritime Continent Thunderstorm Experiment by Jensen, Michael P., Ackerman, Thomas P., Sekelsky, Stephen M.

“…In this study the radiative impact of three separate cirrus anvil systems that occurred during the Maritime Continent Thunderstorm Experiment is investigated…”
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Dual-frequency three-dimensional images of clouds by Firda, J.M., Sekelsky, S.M., McIntosh, R.E.

“…This paper presents a method of forming three-dimensional representations of clouds and precipitation by combining series of two dimensional scans. In April of…”
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Millimeter-wave radars for remotely sensing clouds and precipitation by Mead, J.B., Pazmany, A.L., Sekelsky, S.M., Bambha, R., McIntosh, R.E.

“…Since 1990 the University of Massachusetts Microwave Remote Sensing Laboratory has been actively developing innovative millimeter-wavelength radars intended…”
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