PPT-Handling Cloud-Affected Infrared Radiances in the GSI

Will McCarty GSFCGlobal Modeling and Assimilation Office JCSDA Workshop 10 October 2012 Introduction In GMAO forward processing infrared radiances are assimilated from IASI AIRS and HIRS. Nurul Abedin and Martin G Mlynczak NASA Langley Research Center Hampton VA 23681 Tamer F Refaat Old Dominion University Norfolk VA 23524 ABSTRACT There exists a considerable interest in the broadband detectors for CLARREO Mission which can be used t S. . Akella. , A. da Silva, C. Draper, R. . Errico. , D. . Holdaway. , R. . Mahajan. , N. . Prive. , B. Putman. , . R. . . Riechle. , M. Sienkiewicz, M. Suarez, R. . Todling. , . R.Gelaro. Ongoing. Major contributions to GSI development. . Jun Li. 1. , . Tim . Schmit. 2. , . Jinlong. Li. 1. , Pei Wang. 1. , and . Hui. Liu. 3. . 1 University of Wisconsin-Madison. 2 Center for Satellite Applications and Research, NESDIS/NOAA. 3 National Center for Atmospheric Research. Keywords. : infrared, radiation, absorption. , spectroscopy. • State that absorption of infrared radiation causes covalent bonds to vibrate.. • Identify absorption peaks in an infrared spectrum.. Using Adobe CAMERA RAW. Open your RAW file in ACR, then head straight to the the HSL/. Grayscale. tab. Check the box for Convert to . Grayscale. , then click on the word Default to zero out all the sliders. Drag both the Yellows and Greens up to 100; you’ll start to see the grass and trees begin to brighten in characteristic infrared fashion. . . (June 2011). Ricardo Todling. Global Modeling and Assimilation Office. GSI Tutorial, . DTC/NCAR. ,. . 29-30 June. ,. . 2011 . This presentation is a brief guide to some of the basic . infrastructure being added to GSI. Ming Hu, Stan Benjamin, Steve . Weygandt. , David Dowell, Terra . Ladwig. , and Curtis Alexander. 1. NOAA/ESRL/GSD/EMB. RUA workshop, Boulder. 06/03/2015. GSI overview. The Global Statistical Interpolation (GSI) . #10 Signals from Within. [8:55-20:29]. Infrared Spectroscopy. http. ://www.learner.org/resources/series61.html. region of infrared that is most useful lies between. 2.5-16 . m. m (4000-625 cm. -1. ). Herschel. Era. Jason K. . Chu (jasonchu@. ifa.hawaii.edu). Institute for Astronomy, University of Hawai`i. Collaborators: David Sanders (. IfA. ). , Kirsten Larson . (Caltech/IPAC), Joe . Mazzarella. Radiance Observations. Will McCarty. Global Modeling and Assimilation Office. NASA Goddard Space Flight Center . 2015 JCSDA Summer Colloquium . 28 July . 2015. What is Infrared Radiation?. What is Infrared . Ruqayyah Askar. PHYS 689 . April 27, 2018. Outline. Introduction. General principles. Historical overview. Types of IR . detectors. Current IR . technologies. Parameters of IR Detectors. Emerging . Technologies. Precip. Pete Weston, 3rd Joint JCSDA-ECMWF Workshop on Assimilating Satellite Observations of Clouds and Precipitation into NWP Models. 2nd December 2015. Contents. What we do now. 1D-Var grey cloud analysis. Operateurschulung. , January 15, 2019. Outlook. HEST . overview. .. Outcome . of. Engineering Run 2018.. HEST . section. in . paramodi. .. What. . is. beam . optics. ?. Optics. . tools. . . Where. are due to changes in vibration energy accompanied by changes in rotation energy, broadly speaking, the range in the electromagnetic spectrum that extends from . (0.8 -200 µm). is referred to as the infrared region. .