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Laser spectroscopy |
Also found in: Medical, Wikipedia, Hutchinson | 0.09 sec. |
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Laser spectroscopy Spectroscopy with laser light or, more generally, studies of the interaction between laser radiation and matter. Lasers have led to a rejuvenescence of classical spectroscopy, because laser light can far surpass the light from other sources in brightness, spectral purity, and directionality, and if required, laser light can be produced in extremely intense and short pulses. The use of lasers can greatly increase the resolution and sensitivity of conventional spectroscopic techniques, such as absorption spectroscopy, fluorescence spectroscopy, or Raman spectroscopy. Moreover, interesting new phenomena have become observable in the resonant interaction of intense coherent laser light with matter. Laser spectroscopy has become a wide and diverse field, with applications in numerous areas of physics, chemistry, and biology. See Laser, Spectroscopy |
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? Mentioned in | ? References in periodicals archive | |
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In studying the fractured surface of the meteorite, the team used laser spectroscopy and electron microscopy to measure minute concentrations of organic compounds and to image structures less than one-hundredth the thickness of a human hair. Eye Surgery Laser Wavelength Considerations Tunable Laser Spectroscopy The other, led by Harvard University chemist Bretislav Friedrich, used laser spectroscopy to characterize this orientation. |
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