Abstract
The latest generation of solid-state arrays, including charge-coupled devices and charge injection devices, holds great promise for revolutionizing spectrochemical methods of analysis. However, successful application of these new technologies will require more than substituting new detectors for old. Different optical system configurations and operational approaches are considered and their impact on a number of spectroscopic techniques are discussed. Specific examples for efficiently employing x-y array detectors, including aberration corrected holographic grating, crossed interferometric dispersive and echelle spectrometers, are discussed. Present and future trends for applying array detector technology to advanced spectroscopic analysis are considered.© (1991) COPYRIGHT SPIE--The International Society for Optical Engineering. Downloading of the abstract is permitted for personal use only.
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