Sentences with phrase «radiative properties»
The phrase "radiative properties" refers to the characteristics or behavior of an object or substance in relation to radiation. It describes how an object reflects, absorbs, or emits different types of radiation, such as light or heat. Full definition
These optical depths can be used in conjunction with assumptions about aerosol radiative properties to calculate the direct forcing.
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The major non-gas contributor to Earth's greenhouse effect, clouds, also absorb and emit infrared radiation and thus have an effect on radiative properties of the greenhouse gases.
While large particles such as these do not contribute substantially to the particle number they do make a substantial contribution to particle mass, to number concentration of cloud condensation nuclei, and strongly affect radiative properties of the aerosol.
Since aerosols, clouds, and the ground surface have very different polarization spectral signatures, it is possible to sort out the aerosol radiative properties from changes in surface albedo and cloud contamination.
Global Warming Potential (GWP)- An index, based upon radiative properties of well - mixed heat - trapping gases (greenhouse gases), measuring the radiative forcing of a unit mass of a given well - mixed greenhouse gas in the present - day atmosphere integrated over a chosen time horizon, relative to that of carbon dioxide.
Aerosols and aerosol radiative properties continue to be a major source of uncertainty in understanding climate change.
JW comment — A more clear statement (my words), «CO2, like H2O, has radiative properties involving IR.»
This reversed in 1976/77 — and the renewed warming sparked renewed interest in the work on radiative properties of gases and the measurements of Charles Keeling.
F., M. Köhler, J. D. Farrara and C. R. Mechoso, 2002: The impact of stratocumulus cloud radiative properties on surface heat fluxes simulated with a general circulation model.
Radiative properties of atmospheric gases, thus, seem to be minor players in atmospheric thermodynamics.
What is missing is the more quantitative information on aerosol radiative properties, geographical distributions, trends, and observational results (including uncertainties) that can be found in the IPCC AR4 Report.
Builders can check out CRRC's website for a database of information on the radiative properties of various roofing surfaces so as to make the smartest choice for clients and the environment.
Brian Drouin of JPL is currently doing just that, measuring how temperature and pressure affect the radiative properties of water vapor on Earth, which in turn influence the propagation of GPS signals.
The radiative properties of water vapour are accounted for in all the models used in the IPCC reports which attribute a significant portion of recent warming to anthropogenic effects.
Improving the cloud simulation (distribution 3D and radiative properties).
Given that the radiative properties of CO2 have been proven in the laboratory, you would expect them to be same in the atmosphere, given that they are dependent on CO2's unchanging molecular structure.
The radiative properties of substances under multiple conditions determined in the lab are irrefutable.
The radiative properties of CO2 and CH4 are completely independent of how society chooses to deal with that information.
Mr. IAT isn't actually interested in the radiative properties of CO2.
The very pretty thermographs prove that the sensor is not affected by the local walls — sensor colour is cool -(although I am certain Mr. Watts did not normalise the radiative properties of the sensor and surface — wrecking the accuracy of this reading — e.g. a glossy surface can reflect the surrounding temperature and not the surface temp of the unit).
The very pretty thermographs prove that the sensor is not affectedby the local walls — sensor colour is cool -(although I am certain Mr. Watts did not normalise the radiative properties of the sensor and surface — wrecking the accuracy of this reading — e.g. a glossy surface can reflect the surrounding temperature and not the surface temp of the unit).
Aerosols directly affect the climate by scattering and absorbing radiation, and indirectly affect climate by altering cloud radiative properties, duration and amount.
This is the additional concentration of CO2 that would have approximately the same effect on the radiative properties of the atmosphere - and thus the same direct effect on climate - as the concentrations shown of those GHGs.
Engineer with sock puppet issues who claims that the radiative properties of CO2 don't apply to the atmosphere: