The relationship between absorption and emission spectra is directly linked to the temperature of the medium. For a specific substance, the absorption and emission spectra correspond to the same wavelengths, with the distinction that higher temperatures lead to emission while lower temperatures result in absorption. The fundamental equation governing these interactions is A + R + T = 100%, where A represents absorption, R represents reflection, and T represents transmission. For opaque objects, transmission (T) is zero, simplifying the analysis of light interaction.
PREREQUISITESStudents and professionals in physics, materials science, and optical engineering, as well as anyone interested in the behavior of light and its interaction with different substances.
For a particular substance, they are the same. It depends on the temperature of the medium relative to the light coming through. Hotter leads to emission, colder leads to absorption.hechnal said:hey,
just wondering, what's the relationship between absorption and emissions spectra (i.e. would they absorb and reflect the same wavelengths or complement wavelengths of radiation?)
thanx,
hechnal