Integrating cavity ring-down spectroscopy (ICRDS) and the direct measurement of absorption coefficients
Edward S. Fry, John D. Mason
Abstract
Edward S. Fry, John D. Mason
Abstract
Abstract Absorption of light at various wavelengths (i.e. absorption spectroscopy) is a powerful tool for identifying the presence of chemical compounds or specific substances in a sample. Cavity ring down spectroscopy (CRDS) is a well-known technique for very high sensitivity absorption spectroscopy. Another technique, integrating cavity spectroscopy has the additional unique feature of providing accurate absorption data even in the presence of severe scattering. This paper describes a combination of these two techniques that has led to an extremely powerful and useful new technology—integrating CRDS.
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Abstract Absorption of light at various wavelengths (i.e. absorption spectroscopy) is a powerful tool for identifying the presence of chemical compounds or specific substances in a sample. Cavity ring down spectroscopy (CRDS) is a well-known technique for very high sensitivity absorption spectroscopy. Another technique, integrating cavity spectroscopy has the additional unique feature of providing accurate absorption data even in the presence of severe scattering. This paper describes a combination of these two techniques that has led to an extremely powerful and useful new technology—integrating CRDS.
Key concepts: Cavity ring-down spectroscopy, Spectroscopy, Absorption (acoustics), Absorption spectroscopy, Materials science, Optics, Ring (chemistry), Ultraviolet visible spectroscopy