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steradians). This is essential for calculating the rate at which molecules in the atmosphere break apart (photolysis). Common Applications and Effects
is electromagnetic radiation—typically in the ultraviolet (UV) and short-wavelength visible light spectrum—that is capable of inducing photochemical reactions or biological changes. Key Characteristics actinic radiation
: Unlike standard irradiance (which measures radiation on a flat surface), actinic flux is measured as the total radiation received at a point from all directions ( steradians)
: It possesses sufficient energy to break chemical bonds, leading to effects like the photo-dissociation of molecules. actinic radiation
: While primarily associated with the UV range (especially 200–315 nm), it can also include certain wavelengths of visible and infrared light.
steradians). This is essential for calculating the rate at which molecules in the atmosphere break apart (photolysis). Common Applications and Effects
is electromagnetic radiation—typically in the ultraviolet (UV) and short-wavelength visible light spectrum—that is capable of inducing photochemical reactions or biological changes. Key Characteristics
: Unlike standard irradiance (which measures radiation on a flat surface), actinic flux is measured as the total radiation received at a point from all directions (
: It possesses sufficient energy to break chemical bonds, leading to effects like the photo-dissociation of molecules.
: While primarily associated with the UV range (especially 200–315 nm), it can also include certain wavelengths of visible and infrared light.