The ability to characterise molecules according to their resistance, stiffness, and number of bonds is provided by the infrared (IR) spectroelectrochemistry approach. Additionally, it can identify the existence of compounds, as well as their structure, the characteristics of their chemical bonds, and the quantity of species present throughout a reaction. With wavelengths longer than those of visible light, infrared (IR), often known as infrared light, is electromagnetic radiation (EMR). As a result, the human eye cannot see it. The usual range of wavelengths for infrared radiation is from about 1 millimetre (300 GHz) to the notional red edge of the visible spectrum, which is around 700 nanometers (430 THz). The range of terahertz radiation can occasionally cover longer IR wavelengths (30 m to 100 m). Infrared wavelengths account for almost all of the black-body radiation emitted by things close to room temperature. IR is a kind of electromagnetic radiation that has qualities similar to both a wave and a particle, the photon, and propagates energy and momentum as well as exerting radiation pressure.
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