'Radiative transfer' presentation slideshows

1.17k views • 62 slides

METR 5970.002 Advanced Atmospheric Radiation

METR 5970.002 Advanced Atmospheric Radiation. Dave Turner Lecture 12. Random vs. Systematic Error. True value. Observations. Large random error and small bias. Large random error and large bias. Small random error and small bias. Small random error and large bias.

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Calculate ? ? and j ? from the Einstein coefficients

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Microwave Applications using CRTM

Microwave Applications using CRTM. Benjamin T. Johnson ( UCAR @ NOAA ) Contributions from many CRTM applications / developers. CRTM Workshop , College Park, May 2017. Overview. Microwave Radiative Transfer Theory Emission / Absorption Transmission Scattering CRTM approach Technique

560 views • 40 slides

The Mexico City Air Quality Case Study Mario J. Molina and Luisa T. Molina Massachusetts Institute of Technology

IUAPPA-IPURGAP Reducing the Impact of Vehicles On Air and Environmental Quality in Cities January 22-23, 2004 The Mexico City Air Quality Case Study Mario J. Molina and Luisa T. Molina Massachusetts Institute of Technology Topographical Map of the MCMA Population Growth

612 views • 38 slides

Radiative transfer in numerical models of the atmosphere

Radiative transfer in numerical models of the atmosphere. Robin Hogan Slides contain contributions from Jean-Jacques Morcrette, Alessio Bozzo,Tony Slingo and Piers Forster. Outline. Lectures 1 & 2 Global context From Maxwell to the two-stream equations Gaseous absorption and emission

566 views • 38 slides

Introduction to Remote Sensing

Introduction to Remote Sensing. Stan Kidder COMET Faculty Course Boulder, CO August 9, 2011 kidder@cira.colostate.edu. 1. Introduction.

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A radiative transfer framework for rendering materials with anisotropic structure

606 views • 31 slides

Atmospheric Correction Algorithm for the GOCI

Atmospheric Correction Algorithm for the GOCI. Jae Hyun Ahn * Joo-Hyung Ryu * Young Jae Park* Yu-Hwan Ahn * Im Sang Oh** Korea Ocean Research & Development Institute Seoul National University. I n d e x _. Introduction _ Atmospheric Correction Atmospheric Algorithms of the GOCI

634 views • 29 slides

Simulating the spectra of Quasars: A simple disk-wind model for BALQSOs

Simulating the spectra of Quasars: A simple disk-wind model for BALQSOs. Nick Higginbottom (Southampton University) Christian Knigge (Southampton University ) Knox Long ( STScI ) Stuart Sim (Queens University - Belfast) James Matthews (Southampton University)

309 views • 24 slides

Pushing the limits of dark-target aerosol remote sensing from MODIS

Pushing the limits of dark-target aerosol remote sensing from MODIS. Robert C. Levy (SSAI and 613.2). Contributors: S. Mattoo (SSAI), L. Remer (NASA), R. Kleidman (SSAI), K. Wells (CSU), L. Zhu (UMBC), J.V. Martins (UMBC), A. von Donkalar (Dalhousie), M. Martins (SSAI).

331 views • 22 slides

Perspectives for a stratospheric NO 2 product from OMI

Perspectives for a stratospheric NO 2 product from OMI. Dutch OMI NO 2 algorithm: data assimilation. TM4. NO 2 in TM4 updated by OMI observations Observations over polluted areas obtain little weight ECMWF meteo captures stratospheric dynamics. Validation of OMI stratospheric NO 2.

355 views • 21 slides

Measurements and modeling of water vapor from solar spectral irradiance during ATTREX

Measurements and modeling of water vapor from solar spectral irradiance during ATTREX . Bruce Kindel, Peter Pilewskie , Sebastian Schmidt, Troy Thornberry, Drew Rollins, Samuel LeBlanc, and Paul Bui. . Solar Spectral Flux Radiometer (SSFR). VIS-NIR: 256 element silicon diode array

290 views • 21 slides

The Chromospheric Magnetometer ChroMag

378 views • 20 slides

METO 621

METO 621. Lesson 12. Prototype problems in Radiative Transfer Theory.

294 views • 19 slides

CRyA

351 views • 19 slides

Atmospheric circulation of h ot Jupiters on highly eccentric orbits

Atmospheric circulation of h ot Jupiters on highly eccentric orbits. Tiffany Kataria 1 , Adam Showman 1 , Nikole Lewis 1 , Jonathan Fortney 2 , Mark Marley 3 , Richard Freedman 3 September 15, 2011. 1 University of Arizona, 2 UCSC, 3 NASA Ames. HD80606b. HAT-P-2b.

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OMI cloud optical depth contributes to the observed positive bias in surface UV

277 views • 17 slides

3-D R adiative Transfer in Clumped Hot Star Winds

3-D R adiative Transfer in Clumped Hot Star Winds. Surlan et al. 1202.4787 Surlan et al. 1202.4494 Reporter: Wei Sun Mar. 5 th , 2012. Why hot star winds?. Mass loss plays an important role in the stellar evolution ( Meynet et al. 1994),

306 views • 15 slides

Ke Chen Charly Collin Ajit Hakke-Patil Sumanta Pattanaik

A Practical Model for Computing Subsurface BRDF of Homogeneous Materials with A Thin Layer of Paint. Ke Chen Charly Collin Ajit Hakke-Patil Sumanta Pattanaik. Overview. Introduction and motivation. BRDF = surface BRDF + subsurface BRDF [ Hanrahan and Krueger 1993].

260 views • 14 slides