'Brightness temperature' presentation slideshows

Radiometer Considerations

617 views • 50 slides

Passive Microwave Remote Sensing

Passive Microwave Remote Sensing. Outline for 22 Feb 2008. Passive Microwave Radiometry Active microwave remote sensing. Passive Microwave Radiometry. Microwave region: 1-200 GHz (0.15-30cm) Uses the same principles as thermal remote sensing Multi-frequency/multi-polarization sensing

1.01k views • 46 slides

ATS 351 Lecture 8 Satellites

ATS 351 Lecture 8 Satellites. Electromagnetic Waves. Electromagnetic Waves. Consist of an electric field and a magnetic field Polarization: describes the orientation of the electric field. Remote Sensing. Passive vs Active sensors

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Exotic Physics in the Dark Ages

Exotic Physics in the Dark Ages. Katie Mack Institute of Astronomy / Kavli Institute for Cosmology, University of Cambridge. Summary. Future high-redshift 21cm observations will be uniquely suitable for constraining exotic physics in the Dark Ages. Summary.

533 views • 36 slides

Applications of Remote Sensing: The Cryosphere (Snow & Ice)

Applications of Remote Sensing: The Cryosphere (Snow & Ice). Menglin Jin, San Jose Stte University Outline Physical principles International satellite sensors enabling remote sensing of tropospheric aerosols ESMR, SMMR, SSM/I, AVHRR, MODIS, AMSR Instrument characteristics

646 views • 36 slides

Evolution and application of the 21 cm signal throughout cosmic history

Evolution and application of the 21 cm signal throughout cosmic history. Jonathan Pritchard (CfA-HCO). Collaborators: Steve Furlanetto (UCLA) Avi Loeb (Harvard) Mario Santos ( CENTRA - IST) Alex Amblard (UCI) Hy Trac (CfA) Renyue Cen (Princeton)

435 views • 36 slides

Validating the AVHRR Cloud Top Temperature and Height product using weather radar data

Validating the AVHRR Cloud Top Temperature and Height product using weather radar data. COST 722 Expert Meeting 9.-11. 6. 2004 Sauli Joro. Outline. Introduction Weather radar & TOPS product Cloud Top Temperature and Height product Data Product comparison Results Summary. Introduction.

496 views • 34 slides

Global Land Atmosphere System Study (GLASS) progress

Global Land Atmosphere System Study (GLASS) progress. Bart van den Hurk co-chair GLASS Future (1/1/11) chairs: Martin Best (MetOffice) and Joe Santanello (NASA). The structure of GLASS. PILDAS. LUCID. land-atmosphere coupling. model data fusion. LoCo. metrics. GLACE2. LandFlux.

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Toshiro Inoue 1) ? Tomoo Ushio 2) , Daisuke Katagami 3) 1) Meteorological Research Institute

Applications of Split Window Data for Rainfall Estimation. Toshiro Inoue 1) ? Tomoo Ushio 2) , Daisuke Katagami 3) 1) Meteorological Research Institute 2) Osaka University 3) Osaka Prefecture University. Cloud motion vector To construct high temporal rainfall map,

437 views • 26 slides

Remote sensing of land surface temperature

Remote sensing of land surface temperature. Lecture 8 . Thermal infrared of EM spectrum . Details about thermal remote sensing refers to another lecture For this lecture and lab, we focus on MODIS LST processing and application.

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Soil Moisture Algorithm Results Oklahoma H Polarization

Soil Moisture Algorithm Results Oklahoma H Polarization. DMSP Special Sensor Microwave/Imager (SSM/I). Shown here are 1.4 GHz results obtained using an aircraft sensor and 19 GHz satellite data The difference between the sensitivity of the two instruments is quite apparent

333 views • 24 slides

Infrared Spectroscopy of the Atmosphere using the FTIR Spectrometer

Infrared Spectroscopy of the Atmosphere using the FTIR Spectrometer. Brian Echevarria Jennifer Link Introduction to Atmospheric Instrumentation (ATMS 360) University of Nevada Reno. FTIR. F ourier T ransform I nfra R ed

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Simulations with the MesoNH model from 27 August 2005 to 29 August 2005 (6UTC)

Simulations with the MesoNH model from 27 August 2005 to 29 August 2005 (6UTC) performed by Meteo-France CNRM Nicole Asencio. See powerpoint comments associated to each slide. Aug 27 12UTC. Aug 29 00UTC. Rain Observations Area. Aug 28 12UTC. Aug 29 06UTC. Aug 28 18UTC. c.

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Satellite Foundational Course for JPSS ( SatFC -J)

Satellite Foundational Course for JPSS ( SatFC -J). Microwave Surface Emissivity. Learning Objectives. Describe differences in microwave surface emissivity that aid in the characterization of land surfaces, snow and ice cover, and ocean and water surfaces.

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Apparent Speed as a Probe of Parsec-Scale Jet in AGN

Apparent Speed as a Probe of Parsec-Scale Jet in AGN. S. Jorstad / Boston U., USA /St. Petersburg State U., Russia Marscher / Boston U., USA M. Lister / Purdue U., USA A. Stirling / U. of Manchester, Jodrell Bank Obs., UK T. Cawthorne / Central Lancashire U., UK

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Metr 415/715

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METR 415/715

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GOES-13 Striping

GOES-13 Striping. The GOES-13 Sounder now shows much more striping than GOES-12 in some bands, for example band 7 (12 um). The striping is seen in both GVAR count and radiance space (and brightness temperature). This level of striping can affect products. Jim Nelson Don Hillger Tim Schmit.

179 views • 7 slides

Snowfall Rate Retrieval Using Passive Microwave Measurements

Snowfall Rate Retrieval Using Passive Microwave Measurements.

133 views • 1 slides

T-C Chang et al. Nature 466 , 463-465 (2010) doi:10.1038/nature09187

The cross-correlation between the DEEP2 density field and GBT H ? brightness temperature. T-C Chang et al. Nature 466 , 463-465 (2010) doi:10.1038/nature09187.

119 views • 1 slides