'Radiative' web sites
Geralyn sam zeller
home.fnal.gov 2012-11-28 ⚑xxx
radiative Corrections Strange Sea Asymmetry Isospin Violation Nuclear Shadowing Other Nuclear Effects Electron Neutrino Content in the Beam Supersymmetry Other Beyond the Standard Model Effects Global Fits to the Data NLO QCD corrections NuTeV analysis is not strictly LO, so some of these effects have been taken into account ex. longitudinal SF NLO corrections are expected to be small in R., but should be re.evaluated for NuTeV
home.fnal.gov 2012-11-28 ⚑xxx
radiative Corrections Strange Sea Asymmetry Isospin Violation Nuclear Shadowing Other Nuclear Effects Electron Neutrino Content in the Beam Supersymmetry Other Beyond the Standard Model Effects Global Fits to the Data NLO QCD corrections NuTeV analysis is not strictly LO, so some of these effects have been taken into account ex. longitudinal SF NLO corrections are expected to be small in R., but should be re.evaluated for NuTeV
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Tevnphwg responses to concerns about the theoretical modeling of the gg rarr;h [..]
radiative effects. In particular, the parton shower models resummed higher. order radiative corrections due to multiple emission of of soft and collinear partons. Although these higher.order contributions do not exactly match those included in the analytic resummed calculations, the parton shower model introduces soft and collinear effects beyond those contained within the customary fixed.order perturbative calculations. These
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Es h at fermilab. greenhouse gases
radiative forcing from the instantaneous release of one kilogram of a trace substance relative to that of one kilogram of the reference gas CO2. Reference GasCarbon Dioxide CO2 Methane CH4 Nitrous Oxide NO2 Fluorinated Gases Sulfur Hexafluoride SF6 GWP1 21 310 150. 17,700 23,900 Fermi National Accelerator Laboratory Office of Science U.S. Department of Energy Managed by Fermi Research Alliance, LLC Fermilab Security, Privacy,
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Arm. about arm
www.arm.gov 2016-01-08
radiative transfer. As the program evolved to include additional measurements of aerosol and precipitation, the original ground sites were supplemented with three mobile facilities and an aerial facility. This comprehensive scientific infrastructure and data archive were designated by DOE as a scientific user facility mdash;the ARM Climate Research Facility mdash;in 2003, and are freely available for use by scientists worldwide. A
www.arm.gov 2016-01-08
radiative transfer. As the program evolved to include additional measurements of aerosol and precipitation, the original ground sites were supplemented with three mobile facilities and an aerial facility. This comprehensive scientific infrastructure and data archive were designated by DOE as a scientific user facility mdash;the ARM Climate Research Facility mdash;in 2003, and are freely available for use by scientists worldwide. A
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Arm. rhubc.ii field campaign
radiative Heating in Underexplored Bands Campaign.II RHUBC.II At an elevation of more than 5000 meters and peaks rising to 5500 meters, the Chajnantor Plateau in Chile is a popular spot for atmospheric and astronomical research. The RHUBC.II field campaign will take place at an elevation of 5383 meters on Cerro Toco, a mountain near the border of Bolivia and Argentina. Larger image. The second phase of the radiative Heating in
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Arm climate research facility
radiative Cooling from Reflective Roofs in India 11.15.2012 Quantifying the Impact of Dust on Ice Generation in Supercooled Stratiform Clouds 11.15.2012 Satellite Constraints on Cloud.Top Phase, Ice Size, and Asymmetry Parameter over Deep Convection Send comments. Privacy Security Notice All rights
Asr. program news article
asr.science.energy.gov 2013-03-21 ⚑r&d ⚑news
radiative transfer models to improve understanding of the radiative effect of clouds and aerosol on the Earth atmosphere, with an emphasis on the vertical structure of radiative heating. Her recent projects involved the use of radar and satellite observations and cloud resolving model simulations to explore links between tropical convection and cirrus anvil clouds. At PNNL, McFarlane was actively involved in the Atmospheric
asr.science.energy.gov 2013-03-21 ⚑r&d ⚑news
radiative transfer models to improve understanding of the radiative effect of clouds and aerosol on the Earth atmosphere, with an emphasis on the vertical structure of radiative heating. Her recent projects involved the use of radar and satellite observations and cloud resolving model simulations to explore links between tropical convection and cirrus anvil clouds. At PNNL, McFarlane was actively involved in the Atmospheric
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Asr. cloud life cycle
radiative processes that together determine the evolution of clouds from formation to dissipation, and to translate this understanding into methods for representing cloud processes in numerical weather and climate models. Objectives Identify guiding science questions regarding cloud life cycles that are based on model uncertainties limitations, that can be addressed using ARM observations, and that support broader programmatic
Http://acd.ucar.edu/~barthm/
acd.ucar.edu 2015-02-23 ⚑r&d
radiative effect of clouds on photolysis rates can reduce ozone concentrations by 320 pptv per day in the marine boundary layer. Last updated December 4, 2001 Chemistry will soon be implemented within the Weather and Research Forecast WRF Model. To produce a community assessment of approaches and methodologies, a workshop on modeling chemistry in cloud and mesoscale models was held 6.8 March 2000 in Boulder, Colorado. This link
acd.ucar.edu 2015-02-23 ⚑r&d
radiative effect of clouds on photolysis rates can reduce ozone concentrations by 320 pptv per day in the marine boundary layer. Last updated December 4, 2001 Chemistry will soon be implemented within the Weather and Research Forecast WRF Model. To produce a community assessment of approaches and methodologies, a workshop on modeling chemistry in cloud and mesoscale models was held 6.8 March 2000 in Boulder, Colorado. This link
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Scientific other professional visitors. ucar. university corporation for [..]
radiative transfer, hydrodynamics, magnetohydrodynamics, radiation hydrodynamics, and plasma physics are pursued both for their fundamental physical interest and for their applications to these research areas. Participants collaborate with members of the HAO scientific staff and other long.term visitors on these topics during visits lasting from a few days to a year. Roberto Casini 303.497.1508, casini ucar.eduwww2.hao.ucar.edu
Data.giss data and images
data.giss.nasa.gov 2016-03-28 ⚑r&d
radiative Flux ISCCP Global surface and atmospheric radiative fluxes Surface Solar Irradiance Datasets Produced for SeaWiFS Oceans Global Seawater Oxygen.18 Database Storms Atlas of Extratropical Storm Tracks Site Menu GISS Home News FeaturesOverview Recent 2015 2014 2013 2012 2011 News Releases Science Briefs Research Features News Video Projects GroupsOverview ACCMIP Astrobiology Climate Impacts Global Climate Modeling ISCCP
data.giss.nasa.gov 2016-03-28 ⚑r&d
radiative Flux ISCCP Global surface and atmospheric radiative fluxes Surface Solar Irradiance Datasets Produced for SeaWiFS Oceans Global Seawater Oxygen.18 Database Storms Atlas of Extratropical Storm Tracks Site Menu GISS Home News FeaturesOverview Recent 2015 2014 2013 2012 2011 News Releases Science Briefs Research Features News Video Projects GroupsOverview ACCMIP Astrobiology Climate Impacts Global Climate Modeling ISCCP
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Aqua earth.observing satellite mission. aqua project science
radiative energy fluxes, aerosols, vegetation cover on the land, phytoplankton and dissolved organic matter in the oceans, and air, land, and water temperatures. The Aqua mission is a part of the NASA.centered international Earth Observing System EOS. Aqua was formerly named EOS PM, signifying its afternoon equatorial crossing time. A timeline of Aqua on.orbit progress through the initial 120 day check.out period can be found
Jefferson lab. conferencea and workshop
www.jlab.org 2016-01-13
radiative Corrections Workshop May 16.19, 2016 Physics of Photocathodes for Photoinjectors October 17.19, 2016 Real Time Computing Conference June 11.15, 2018 The 13th International Conference on Hypernuclear and Strange Particle Physics June 25.29, 2018 12000 Jefferson Avenue, Newport News, VA 23606 Phone 757 269.7100 Fax 757 269.7363 contact Stephanie
www.jlab.org 2016-01-13
radiative Corrections Workshop May 16.19, 2016 Physics of Photocathodes for Photoinjectors October 17.19, 2016 Real Time Computing Conference June 11.15, 2018 The 13th International Conference on Hypernuclear and Strange Particle Physics June 25.29, 2018 12000 Jefferson Avenue, Newport News, VA 23606 Phone 757 269.7100 Fax 757 269.7363 contact Stephanie
Noaa earth system research laboratory
www.esrl.noaa.gov 2016-02-20 ⚑news ⚑r&d
radiative Forcing of Climate by Non.CO2 Atmospheric Gases Surface and Planetary Boundary Layer Processes Assuring the continuing health and restoration of atmospheric resources. Aerosols Air Quality Stratospheric Ozone Layer Recovery Tropospheric Ozone and Air Quality Improving predictions through expanded climate and weather products. The Weather.Climate Connection Climate and Water Systems Regional and Local.scale Assimilation
www.esrl.noaa.gov 2016-02-20 ⚑news ⚑r&d
radiative Forcing of Climate by Non.CO2 Atmospheric Gases Surface and Planetary Boundary Layer Processes Assuring the continuing health and restoration of atmospheric resources. Aerosols Air Quality Stratospheric Ozone Layer Recovery Tropospheric Ozone and Air Quality Improving predictions through expanded climate and weather products. The Weather.Climate Connection Climate and Water Systems Regional and Local.scale Assimilation
Atomdb features density diagnostics
www.atomdb.org 2015-08-13
radiative Recombination RRC Dielectronic Recombination Ionization Balance Calculating Line Emission Units Links FAQ Download Contact Us iPad App Workshop 2012 2013 2014 2015 Login Register Emission Line Density Diagnostics Most emission lines are not sensitive to electron densities common in astrophysical plasmas because the radiative rates connecting the relevant levels are so large that an excited electron promptly transitions
www.atomdb.org 2015-08-13
radiative Recombination RRC Dielectronic Recombination Ionization Balance Calculating Line Emission Units Links FAQ Download Contact Us iPad App Workshop 2012 2013 2014 2015 Login Register Emission Line Density Diagnostics Most emission lines are not sensitive to electron densities common in astrophysical plasmas because the radiative rates connecting the relevant levels are so large that an excited electron promptly transitions
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Atomdb versions
radiative Recombination RRC Dielectronic Recombination Ionization Balance Calculating Line Emission Units Links FAQ Download Contact Us iPad App Workshop 2012 2013 2014 2015 Login Register Changes in Version 1.2.0 from Version 1.1.0 Major problems with Ni ion wavelengths in ATOMDB V 1.1.0 have been corrected. Ni Wavelength Comparisons at 4 Temperatures ATOMDB now replaces the CHIANTI calculations for Li.like ions with calculations
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Atomdb online access
radiative Recombination RRC Dielectronic Recombination Ionization Balance Calculating Line Emission Units Links FAQ Download Contact Us Workshop 2012 Login Register Get transition information Select an element H He Li Be B C N O F Ne Na Mg Al Si P S Cl Ar K Ca Sc Ti V Cr Mn Fe Co Ni Cu Zn Ga Ge As Se Br Kr List lines in wavelength region Wavelength keV Width Min. Emissivity photons cm3 s.1 Elec. Temp. units K keV List strong lines
One scientific communtiy focused on nanoscience integration. center for integrated [..]
cint.lanl.gov 2013-03-01 ⚑r&d
radiative lifetimes and electronic structure calculations established the transition from type.I to type.II band alignment. Single.NQD studies revealed clear evidence for blinking suppression that was not strongly shell.thickness dependent, while photobleaching and biexciton lifetimes trended explicitly with extent of shelling. Specifically, very long biexciton lifetimes up to 7 ns were obtained for the thickest.shell structures,
cint.lanl.gov 2013-03-01 ⚑r&d
radiative lifetimes and electronic structure calculations established the transition from type.I to type.II band alignment. Single.NQD studies revealed clear evidence for blinking suppression that was not strongly shell.thickness dependent, while photobleaching and biexciton lifetimes trended explicitly with extent of shelling. Specifically, very long biexciton lifetimes up to 7 ns were obtained for the thickest.shell structures,
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Lanl. earth and environmental sciences division ees
radiative processes, for use in atmospheric models and is achieved through a combination of field measurements and modeling studies in three Pacific locations. More.. PDF File GGRL. Geochemistry and Geomaterials Research Laboratories The GGRL houses analytical and experimental facilities for understanding earth materials and earth systems including solids composition and mineralogy , fluids, gases, computational geochemistry and
Http://www.acs.utah.edu/gencatalog/crsdesc/atmos.html
www.acs.utah.edu 2013-02-16 ⚑r&d
radiative transfer, and atmospheric dynamics. 5010 Weather Forecasting 1.5 Prerequisite ATMOS 5110 or Instructor Consent. The tools and techniques of modern weather forecasting applied in a real.time forecast environment. May be taken for repeat credit with instructor consent. 5040 Environmental Statistics 1.5 Prerequisite CS 1000 or CS 1001. Fulfills Quantitative Intensive BS. Environmental fields are overwhelmed with data. What
www.acs.utah.edu 2013-02-16 ⚑r&d
radiative transfer, and atmospheric dynamics. 5010 Weather Forecasting 1.5 Prerequisite ATMOS 5110 or Instructor Consent. The tools and techniques of modern weather forecasting applied in a real.time forecast environment. May be taken for repeat credit with instructor consent. 5040 Environmental Statistics 1.5 Prerequisite CS 1000 or CS 1001. Fulfills Quantitative Intensive BS. Environmental fields are overwhelmed with data. What
Geralyn sam zeller
home.fnal.gov 2012-11-28 ⚑xxx
radiative Corrections Strange Sea Asymmetry Isospin Violation Nuclear Shadowing Other Nuclear Effects Electron Neutrino Content in the Beam Supersymmetry Other Beyond the Standard Model Effects Global Fits to the Data NLO QCD corrections NuTeV analysis is not strictly LO, so some of these effects have been taken into account ex. longitudinal SF NLO corrections are expected to be small in R., but should be re.evaluated for NuTeV
home.fnal.gov 2012-11-28 ⚑xxx
radiative Corrections Strange Sea Asymmetry Isospin Violation Nuclear Shadowing Other Nuclear Effects Electron Neutrino Content in the Beam Supersymmetry Other Beyond the Standard Model Effects Global Fits to the Data NLO QCD corrections NuTeV analysis is not strictly LO, so some of these effects have been taken into account ex. longitudinal SF NLO corrections are expected to be small in R., but should be re.evaluated for NuTeV
MORE
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Tevnphwg responses to concerns about the theoretical modeling of the gg rarr;h [..]
radiative effects. In particular, the parton shower models resummed higher. order radiative corrections due to multiple emission of of soft and collinear partons. Although these higher.order contributions do not exactly match those included in the analytic resummed calculations, the parton shower model introduces soft and collinear effects beyond those contained within the customary fixed.order perturbative calculations. These
MORE
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Arm. rhubc.ii field campaign
radiative Heating in Underexplored Bands Campaign.II RHUBC.II At an elevation of more than 5000 meters and peaks rising to 5500 meters, the Chajnantor Plateau in Chile is a popular spot for atmospheric and astronomical research. The RHUBC.II field campaign will take place at an elevation of 5383 meters on Cerro Toco, a mountain near the border of Bolivia and Argentina. Larger image. The second phase of the radiative Heating in
MORE
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Arm climate research facility
radiative Cooling from Reflective Roofs in India 11.15.2012 Quantifying the Impact of Dust on Ice Generation in Supercooled Stratiform Clouds 11.15.2012 Satellite Constraints on Cloud.Top Phase, Ice Size, and Asymmetry Parameter over Deep Convection Send comments. Privacy Security Notice All rights
Asr. program news article
asr.science.energy.gov 2013-03-21 ⚑r&d ⚑news
radiative transfer models to improve understanding of the radiative effect of clouds and aerosol on the Earth atmosphere, with an emphasis on the vertical structure of radiative heating. Her recent projects involved the use of radar and satellite observations and cloud resolving model simulations to explore links between tropical convection and cirrus anvil clouds. At PNNL, McFarlane was actively involved in the Atmospheric
asr.science.energy.gov 2013-03-21 ⚑r&d ⚑news
radiative transfer models to improve understanding of the radiative effect of clouds and aerosol on the Earth atmosphere, with an emphasis on the vertical structure of radiative heating. Her recent projects involved the use of radar and satellite observations and cloud resolving model simulations to explore links between tropical convection and cirrus anvil clouds. At PNNL, McFarlane was actively involved in the Atmospheric
MORE
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Asr. cloud life cycle
radiative processes that together determine the evolution of clouds from formation to dissipation, and to translate this understanding into methods for representing cloud processes in numerical weather and climate models. Objectives Identify guiding science questions regarding cloud life cycles that are based on model uncertainties limitations, that can be addressed using ARM observations, and that support broader programmatic
MORE
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Scientific other professional visitors. ucar. university corporation for [..]
radiative transfer, hydrodynamics, magnetohydrodynamics, radiation hydrodynamics, and plasma physics are pursued both for their fundamental physical interest and for their applications to these research areas. Participants collaborate with members of the HAO scientific staff and other long.term visitors on these topics during visits lasting from a few days to a year. Roberto Casini 303.497.1508, casini ucar.eduwww2.hao.ucar.edu
Noaa earth system research laboratory
www.esrl.noaa.gov 2016-02-20 ⚑news ⚑r&d
radiative Forcing of Climate by Non.CO2 Atmospheric Gases Surface and Planetary Boundary Layer Processes Assuring the continuing health and restoration of atmospheric resources. Aerosols Air Quality Stratospheric Ozone Layer Recovery Tropospheric Ozone and Air Quality Improving predictions through expanded climate and weather products. The Weather.Climate Connection Climate and Water Systems Regional and Local.scale Assimilation
www.esrl.noaa.gov 2016-02-20 ⚑news ⚑r&d
radiative Forcing of Climate by Non.CO2 Atmospheric Gases Surface and Planetary Boundary Layer Processes Assuring the continuing health and restoration of atmospheric resources. Aerosols Air Quality Stratospheric Ozone Layer Recovery Tropospheric Ozone and Air Quality Improving predictions through expanded climate and weather products. The Weather.Climate Connection Climate and Water Systems Regional and Local.scale Assimilation
MORE
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Scientific other professional visitors. ucar. university corporation for [..]
radiative transfer, hydrodynamics, magnetohydrodynamics, radiation hydrodynamics, and plasma physics are pursued both for their fundamental physical interest and for their applications to these research areas. Participants collaborate with members of the HAO scientific staff and other long.term visitors on these topics during visits lasting from a few days to a year. Roberto Casini 303.497.1508, casini ucar.eduwww2.hao.ucar.edu
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