'Dual pol' presentation slideshows

Introduction to the Dual-Polarized WSR-88D

Introduction to the Dual-Polarized WSR-88D. Don Burgess OU CIMMS/NSSL (Ret.). Explaining Dual-Polarization. Dual-polarization radars emit EM waves with horizontal and vertical polarizations. - Alternating H & V Transmission requires an expensive fast switch and longer acquisition times.

616 views • 40 slides

Dual Polarization Technology: Coming Soon To a Radar Near You

Dual Polarization Technology: Coming Soon To a Radar Near You. Paul Schlatter Warning Decision Training Branch. Outline. Overview Base and Derived Products What to expect Training During Upgrade. WSR-88D with Dual-Pol. Transmitted at 45 o Polarization.

670 views • 37 slides

Overview of (sub)mm-VLBI

466 views • 36 slides

Future QPE: Dual-Pol and Gap-Filler Radars

469 views • 33 slides

WSR-88D Data Status and Plans Michael Istok Radar Improvement Manager

WSR-88D Data Status and Plans Michael Istok Radar Improvement Manager NWS Office of Science & Technology Jessica Schultz NWS Radar Focal Point for NEXRAD Radar Operations Center 5 August 2014 National Weather Service Family Of Services/Partners Meeting Silver Spring, MD. Outline.

400 views • 22 slides

Improving QPE for Dual Polarization Hydrometeors Classified as Dry Snow

Improving QPE for Dual Polarization Hydrometeors Classified as Dry Snow. Aaron Reynolds WFO Buffalo. Introduction. All NWS radars have dual polarization capability. Dual Pol Expectations: Ability to determine Precip type. More info about intensity Drop/particle size AND

353 views • 22 slides

Radar Requirements

319 views • 20 slides

FAA AWRP Icing

367 views • 20 slides

Ashley Wolf NWS Green Bay

Ashley Wolf NWS Green Bay. Mesovortex Evolution and Dual Polarization Debris Signatures Associated with the 7 August 2013 Tornadic QLCS. Introduction. Brief Radar Overview Focus will be on the tornadic MV phase Compare Tornadic Mesovortex and TDS Evolution

273 views • 17 slides

(sub)mm-VLBI: Creating an Event Horizon Telescope

(sub)mm-VLBI: Creating an Event Horizon Telescope. Shep Doeleman MIT Haystack Observatory. An international collaborative project assemble a global submm-VLBI array for observing and resolving Event Horizons. Key observations have removed scientific uncertainty (i.e. will we see anything?).

287 views • 13 slides

Walt Petersen and Kevin Knupp UAH/ESSC November 7, 2007 walt.petersen@nasa

UAH/NSSTC THOR Center and Hazardous Weather Testbed. MAX ?. KHTX. MIPS/NSSTC. 68 km. ARMOR. RSA. 75. KGWX. ARMOR. DD lobe 1 km Res. 1.5 km Res. LMA 100-500 m. MAX. MIPS Profiler. LMA Antenna. NEXRAD. KBMX.

233 views • 13 slides

National Severe Storms Laboratory Review

183 views • 8 slides

Overview/ Background

196 views • 7 slides