The "pumped probe" method, along with a neodymium laser, is used in a time-dependent version of this technique which allows for the studying of kinetic states as short as a picosecond. Another type is especially useful in studying hydrogen bond formation in metal carbonyls, and that two-dimensional procedure can be combined with a namesake correlation analysis. One type of this process is preferred due to its speed and reduced signal-to-noise ratio, known as Fellgett's a
The "pumped probe" method, along with a neodymium laser, is used in a time-dependent version of this technique which allows for the studying of kinetic states as short as a picosecond. Another type is especially useful in studying hydrogen bond formation in metal carbonyls, and that two-dimensional procedure can be combined with a namesake correlation analysis. One type of this process is preferred due to its speed and reduced signal-to-noise ratio, known as Fellgett's advantage. Attenuated total reflectance can be used in conjunction with a type of this procedure, in which a mathematical operation converts the raw data into the final spectrum. Presented on a graph with wavenumbers in inverse centimeters, for 10 points, name this laboratory technique of which one type involves the Fourier transform and is used to identify chemicals based on vibrational structure.
The "pumped probe" method, along with a neodymium laser, is used in a time-dependent version of this technique which allows for the studying of kinetic states as short as a picosecond.
IR spectroscopy