UV Vis spectroscopy is used in providing the information about electronic bond state of atoms but it does not provide any information about the directionality of the bond. The information of directionality becomes critical especially in case of polymers to provide a complete understanding of polymerization reactions and the molecular structure of the species involved. The use of FTIR as a characterization technique hence comes into picture. It is used to determine the spatial quantization of bond structure. The vibrational state of bond is characterized by using FTIR
Ultraviolet Radiation deals with a totally different set of wavelengths and energy output than Infrared does. Also Infrared and Ultraviolet are on opposite ends in the visible light spectrum.
Infrared has a longer wavelength (and a lower frequency) than UV.
Infra red have longer wavelength compared to ultra violet.
Ultraviolet
Both infrared and ultraviolet are kinds of electromagnetic radiation, as is the visible light.
ultraviolet has more energy.
Heat is infrared radiation.
Infra red have longer wavelength compared to ultra violet.
Ultraviolet
Both infrared and ultraviolet are kinds of electromagnetic radiation, as is the visible light.
IR waves are longer than UV waves.
Ultraviolet is higher frequency, then visible light, then infrared.
Right between infrared and ultraviolet. It has higher frequencies than infrared; lower frequencies than ultraviolet.
infrared
ultraviolet has more energy.
Ultraviolet and the infrared.
Heat is infrared radiation.
Yes, they are not.
Infrared and ultraviolet light