PDF-LEPTON Longwave Infrared (LWIR)

Copyright 2014 FLIR Systems IncThis product brief is subject to change without noticeVersion 21 May 2014 LWIR Thermal image processing engine MIPI CCI comm interface 28V 12V 25V to 31V IO In. 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 Specications OveriewLEPTONSensortechnologyUncooledVOxmicrobolometerSpectralrangeLongwaveinfrared,μmto14μmArray format80 Infrared Absorbance. IR- Empirical Comparisons. Identifying functional groups in organic molecules. Region of infrared that is most useful lies between. 2.5-16 . m. m (4000-625 cm. -1. ). depends on transitions between vibrational . 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. . (photoelectric effect), . light scattered . (Compton) . like particle →Photon . γ. Elecrodynamics. : field →. exchage. particle. . (mediator; . photon. ). 뉴트리노에. Doubly Charged Higgs Analysis. in 3 leptons final state. 23. 02. 2013. Sungeun Lee. Sungkyunkwan University. 1. Contents. Final events calculation. Muon ID & ISO efficiency study at 7TeV. Analysis Note . result and cross-checks. The results in the different channels are fairly close to the SM Higgs predictions except the . μ. ±. μ. ±. final state, where an excess is observed. The result. The results in the five final states are consistent with a common signal strength at the 16% level.. Leptogenesis. University of Maryland. Department of Physics. Chang-Hun Lee. P.S. . Bhupal. Dev, C.-H. Lee, R.N. . Mohapatra. , . Phys.Rev. . D90 (2014) 9, . 095012. P.S. . Bhupal. Dev, C.-H. Lee, R.N. . Robin Hogan. ECMWF and University of Reading. Contributions from: . Sophia . Schäfer. , Christine . Chiu (University of Reading). Carolin. . Klinger, Bernhard . Mayer (LMU Munich). Susanne . Crewell. 4l Analysis. Bing Zhou. The University of Michigan. Looks . like CMS and ATLAS are using very similar cuts (60-120 . vs. 66-116. ), but predicted x-section is 7.7 . vs. 7.2. How to compare ATLAS.
































Kasi Infrared P.O. Box 895 Claremont, NH 03773 603-865-1893 www.kasiinfrared.com


FEATURES AND SPECIFICATIONS GENERAL Pavement heater: 4-3 . Higgs boson production in association with top quark pairs at CMS. Dr. . Ram Krishna . Dewanjee. Lab of High Energy and Computational Physics,. K.B.F.I, Tallinn . On behalf of the CMS collaboration. longwave is calculated by combining the output of two longwave sensors. Net shortwave is calculated separately by combining the output of two shortwave sensors. This model includes two shortwave and Scientific Achievement. Native germanium is used to demonstrate the first high-quality micro-resonators in the long wavelength infrared (LWIR). . The LWIR region of the spectrum spans 8 to 14 . μ. m and enables high-performance sensing and imaging for detection, ranging, and monitoring. .