Krypton fluoride laser pulse shortening by stimulated thermal scattering on a liquid surface.

Krypton fluoride laser pulse shortening by stimulated thermal scattering on a liquid surface. Research Abstract Details 

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Krypton fluoride laser pulse shortening by stimulated thermal scattering on a liquid surface. Abstract Text:

T Yagi,K Matsubarra,M Yamashita,T Tako,

Pulse shortening of the backscatter of a KrF excimer laser beam focused on the surface of n-hexane is reported. Simultaneous measurements of the backscattered beam, a Fresnel reflected beam, incoherent scattered photons from a liquid surface, and a transmitted beam are performed. The results show that the surface reflected beam disappears followed by beam expansion and the transmitted beam is reduced to form a filamentlike structure with the onset of backscatter. The pulse width of the backscattered beam shows a clear dependence on the focal position in the liquid. Incoherent scattering is sharply enhanced when the laser beam is focused at the liquid surface where the backscattered beam is especially short. The observed phenomena indicate that stimulated thermal scattering is the pulse shortening mechanism.

Krypton fluoride laser pulse shortening by stimulated thermal scattering on a liquid surface. Publishing Authors By Initials

T Yagi,K Matsubarra,M Yamashita,T Tako,

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Krypton fluoride laser pulse shortening by stimulated thermal scattering on a liquid surface. Journal Published:

PUBLICATION TYPE: Journal Article

Journal: Applied optics

VOLUME: 36

Page Numbers: 8002-9

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ISSN: 0003-6935

DAY: 20

MONTH: Oct

YEAR: 1997

Krypton fluoride laser pulse shortening by stimulated thermal scattering on a liquid surface. Information

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LANGUAGE: eng

NlmUniqueID: 247660

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Country: United States

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MEDLINETA: Appl Opt

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