23 YEARS OF SURFACE LONGWAVE FLUXES IN THE ARCTIC FROM TOVS SATELLITE RETRIEVALS Jennifer Francis1, Axel Schweiger2, Jeff Key3, Jaclyn Secora1 Abstract

Source URL: marine.rutgers.edu

• Arctic Ocean
• Clouds
• Sea ice
• Atmospheric radiative transfer codes
• National Science Foundation
• Surface Heat Budget of the Arctic Ocean
• Streamer
• FluxNet
• International Satellite Cloud Climatology Project
• Atmospheric sciences
• Meteorology
• Climatology

1160 IEEE TRANSACTIONS ON GEOSCIENCE AND REMOTE SENSING, VOL. 51, NO. 3, MARCH 2013 GSICS Inter-Calibration of Infrared Channels of Geostationary Imagers Using Metop/IASI

Source URL: smsc.cnes.fr

• Spacecraft
• Meteosat
• MetOp
• RTTOV
• Atmospheric radiative transfer codes
• Remote sensing
• Geostationary Operational Environmental Satellite
• Infrared
• Calibration
• Spaceflight
• Earth
• Weather satellites

Microsoft Word - Deliverable_D7.2.doc

Source URL: www.combine-project.eu

• Climate change
• Radiative forcing
• Global climate model
• Climate sensitivity
• Atmospheric radiative transfer codes
• Cloud feedback
• Climate model
• Atmospheric sciences
• Climatology
• Climate forcing

Research Department Technical Memorandum No. 282 A fast radiative transfer model for assimilation of satellite radiance observations - RTTOV-5

Source URL: nwpsaf.eu

• Earth
• Advanced Microwave Sounding Unit
• RTTOV
• GENLN2
• MEMO Model
• Radiance
• Community Radiative Transfer Model
• Atmospheric radiative transfer codes
• Atmospheric sciences
• Meteorology

Question 5. (a) Suppose the Local Thermodynamic Equilibrium assumption holds for the stellar atmosphere. Prove that for the optically thin line, the absorption line depth R can be written as R where

Source URL: www.astro.ncu.edu.tw

• Stellar astronomy
• Astrophysics
• Electromagnetic radiation
• Stellar evolution
• Radiative transfer
• Star
• Opacity
• Luminosity
• White dwarf
• Physics
• Astronomy
• Star types

Session Papers A Narrow Band Longwave Radiation Model Based on Parameters Fitted to Line-by-Line Radiative Transfer Model J. X. Warner and R. G. Ellingson

Source URL: www.arm.gov

• Electromagnetic radiation
• Atmospheric thermodynamics
• Atmospheric radiative transfer codes
• LBLRTM
• Radiometry
• Absorption
• Water vapor
• Radiative transfer
• Atmosphere of Earth
• Atmospheric sciences
• Meteorology
• Physics

The Atmosphere as a Statistical Multifractal: from molecules to meteorology, turbulent scale invariance over 15 orders of magnitude. Lecture 1.1 Introduction, slides 3-18 Lecture 1.2 Implications for radiative transfer &

Source URL: www.msc-ep.uni-bremen.de

ARTICLE IN PRESS Journal of Quantitative Spectroscopy & Radiative Transfer–269 www.elsevier.com/locate/jqsrt

Source URL: www.philiplaven.com

• Mie scattering
• Scattering
• Rainbow
• Atmospheric optics
• Optics
• Diffraction
• Sun
• Codes for electromagnetic scattering by spheres
• Light scattering by particles
• Physics
• Atmospheric sciences
• Visibility

Session Papers A New Engine for Radiation Parameterization: Adjoint Perturbation and Selection Rule Methods for Broadband Fluxes P. M. Gabriel and G. L. Stephens

Source URL: www.arm.gov

• Asymptotic analysis
• Computational chemistry
• Functional analysis
• Perturbation theory
• Flux
• Radiative transfer
• Adjoint
• Mathematical analysis
• Physics
• Mathematics

Forecasting Research Technical Report No. 362 Gastropod – a fast radiative transfer model for AIRS and IASI User Guide

Source URL: nwpsaf.eu

• Least squares
• Errors and residuals in statistics
• RTTOV
• Linear least squares
• Statistics
• Regression analysis
• Linear regression