'Surface radiation' presentation slideshows

Flow Over a Cylinder

Flow Over a Cylinder. Flow over a cylinder Finite Element Tutorial By Dr. Essam A. Ibrahim, Tuskegee University, Mechanical Engineering Dept., emeei@tuskegee.edu Copyright 2006 Expected completion time for this tutorial: 45 minutes to 1 hour Companion tutorial for Fluid Mechanics Course

2.76k views • 83 slides

Opportunities arising from the CEOS/GCOS dialogue

Opportunities arising from the CEOS/GCOS dialogue. Jean-Louis FELLOUS (ESA/CNES) Co-president, JCOMM CEOS Executive Secretary. GCOS Essential Climate Variables. Variables that are both currently feasible for global implementation and have a high impact on UNFCCC requirements. Three Domains

509 views • 37 slides

1.01k views • 30 slides

An Attempt to Evaluate Satellite LST Using SURFRAD Data

An Attempt to Evaluate Satellite LST Using SURFRAD Data. Yunyue Yu a , Jeffrey L. Privette b , Mitch Goldberg a a NOAA/NESDIS/StAR b NOAA/NESDIS/NCDC. Outlines. Motivation Data Sources Method Results Summary. Motivation. Satellite LST Validation Needs Needs

408 views • 29 slides

Motivation

366 views • 25 slides

Radiation budget

Radiation budget. METR280 Satellite Meteorology/Climatology Professor Menglin Jin. Radiation budget. Basic definitions Some problems with measuring radiation budget using satellites Satellites/sensors which have been used to measure radiation budget Solar constant

430 views • 23 slides

Verification of WRF-Noah Model Results for the Summer Experiment Using SURFRAD Data

Verification of WRF-Noah Model Results for the Summer Experiment Using SURFRAD Data. Mukul Tewari, Fei Chen, Kevin Manning, Wei Wang, Jimy Dudhia(NCAR), Jerry Wegiel (AFWA). Outline: Objectives WRF Model Configuration Results June, July 2005 Summary. Objectives.

459 views • 22 slides

GCOS Ref U/A W/S Seattle, Wash 22-24 May 2006

GCOS Reference Upper-Air Network: Operating Strategies for Synergy with the Baseline Surface Radiation Network (BSRN) Ellsworth G. Dutton WCRP/GEWEX & GCOS / BSRN International Project Manager NOAA / ESRL / GMD Boulder, CO 80305 ells.dutton@noaa.gov. GCOS Ref U/A W/S Seattle, Wash

367 views • 20 slides

Satellite Meteorology Basics

259 views • 19 slides

The Green House Effect

The Green House Effect. ISCI 2001. Solar Radiation. (1). The fate of solar radiation 26% reflected back into space 20% clouds; 6% by atmosphere 19% absorbed by clouds , ozone gas (O 3 ) 55% reaches surface 4% reflected at surface; 51% absorbed by surface. Surface Radiation.

346 views • 16 slides

The Toulouse meeting purpose

The Toulouse meeting purpose. Bart vd Hurk. Main goals. Have a clear idea on ELDAS time schedule Harmonize definition of archiving features validation & demonstration data needs Details on areal coverage, data quality, missing data flags etc. ELDAS products. Dataset 2000

276 views • 12 slides

Phil Harris , Chris Taylor, Rich Ellis Cat Luke, Tim Jupp

Phil Harris , Chris Taylor, Rich Ellis Cat Luke, Tim Jupp. Land surface temperature and JULES. Outline. AMMA: convective initiation in West Africa SWELTER: European heat waves. AMMA: Sahel convective initiation.

242 views • 12 slides

Solar Radiation and Insolation

Solar Radiation and Insolation. In coming sol ar radi ation: The output of electromagnetic energy emitted from the Sun that is received by the Earth. Intensity of radiation = Th e rate at which energy is radiated.

493 views • 10 slides

Lecture Objectives:

Lecture Objectives:. Finish with discretization for conduction equitation Learn about linearization of radiation equation Learn about eOUEST. Top view. Homework assignment 2. T _north_o. T north_i. 2.5 m. T air_in. Surface radiation. T inter_surf. 8 m. I DIR. 8 m. conduction.

213 views • 9 slides

Curiosity

Curiosity. Antoine Henderson Fiona Ward. Launch and Landing. Launched: November 26, 2011 Cape Canaveral , Florida. Landed: August 6, 2012 August 6, 2012 Aeolis Palus , Gale Crater. Objectives. Biological Determine the nature and inventory of organic carbon compounds.

357 views • 7 slides

Thermo-Photo-Voltaic device

Thermo-Photo-Voltaic device. Thermo-Photo-Voltaic device - Working principle. Electricity from combustion of fuel Used in co-generation of electricity from burner based heaters. Flame heated emitter. Photo-Voltaic cells (modified solar cells). Water cooling of PV-cells. TPV-device.

176 views • 6 slides