Publication | Open Access
A revised method for determining the direct and diffuse components of the total short‐wave radiation
81
Citations
8
References
1976
Year
EngineeringAtmospheric SoundingEarth System ScienceEarth ScienceGeophysicsRadiative TransferAtmospheric ScienceMeteorological MeasurementShort‐wave RadiationClimate ChangeRadiologyElectromagnetic WaveMeteorologyLower AtmosphereAtmospheric InteractionPhysicsDiffuse ComponentsGeographyRadiation MeasurementRadiation TransportRadiation EffectsRadio PropagationTotal Short‐wave RadiationClimate DynamicsRadiative Transfer ModellingClimatologyAtmospheric ConditionAtmospheric Radiation
Abstract A relationship, derived by Liu and Jordan (1960), under which the total short‐wave radiation may readily be subdivided into its direct and diffuse components is shown to vary both spatially and seasonally. This variability is attributed to changes in the importance of the multiple reflection of short‐wave radiation between the earth's surface and atmosphere. A revised relationship, which incorporates the influence of this process, is shown to have applicability at a large number of Canadian locations.
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