Abstract
We consider the possibility of using spectroscopy for the diagnostics of optically dense media by recording the time-dependent intensity of transmitted light under the action of a laser field with fast-changing frequency. We compare advantages of this approach with the traditional technique based on the Beer–Bouguer–Lambert law. Reasonably accurate extinction measurements of the order of k(ω0)l ≈ 102 and greater are realizable with the help of tunable diode lasers.
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