Electromagnetic signal from this phenomenon can be related temperature by the Sakuma-Hattori equation.
Electromagnetic signal from this phenomenon can be related temperature by the Sakuma-Hattori equation. One law describing this phenomenon states that the peak wavelength of it is inversely proportional to temperature. Another law that governs it states that intensity is a function of temperature to the fourth power. In addition to Wien's displacement law, another law governing this type of radiation was derived by finding the number of moves for standing waves in a cubical cavity. That law, the Rayleigh-Jeans law, experiences an ultraviolet catastrophe, which can be avoided by using Planck's law to describe this type of radiation. Name this type of radiation, exhibited by an object that absorbs all incident electromagnetic radiation.
Electromagnetic signal from this phenomenon can be related temperature by the Sakuma-Hattori equation.
{black}-{body} radiation