This technique may be used to find Fermi resonances in acid chlorides. Prep
This technique may be used to find Fermi resonances in acid chlorides. Preparation of compounds for use in this technique may involve making a mull in nujol, mixing with potassium bromide, or depositing a thin film on a sodium chloride cell. A molecular dipole moment shift is required for a vibration to be visible using this technique. Hydrogen bonding lowers the frequency of the hydroxyl group stretch, and vibrations between four hundred and one thousand, six hundred wavenumbers are considered the fingerprint region for organic compounds studied using this method. FTP, identify this type of spectroscopy useful in identifying functional groups whose vibrations are excited by wavelengths of light that are longer than visible light.
This technique may be used to find Fermi resonances in acid chlorides.
infrared spectroscopy