 | light sources |
| detectors |
| monochromators |
| gratings and prisms |
| Electromagnetic spectrum and applications to spectroscopic methods | ||||||||
| Beers law | ||||||||
| Absorption and emission spectroscopy | ||||||||
| Basic elements of spectroscopic apparatus
|
| Understand and apply the relationships between wavelength, energy, and electronic state of analyte |
| Understand the effect of bandwidth on sensitivity and selectivity of spectroscopic methods |
| Apply Beers law to solutions containing one or more absorbing species |
| Understand the difference between absorbance and fluorescence methods |
| Understand the operation of basic spectroscopic apparatus |
| Be able to select a proper method for a specific sample or analyte type |
Textbook Chapter on Spectroscopy