Picosecond Laser Pulse Interactions with Metallic and Semiconductor Surfaces.
Annual progress rept. no. 2, 1 Nov 83-31 Oct 84,
HARVARD UNIV CAMBRIDGE MA DIV OF APPLIED SCIENCES
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Picosecond heating and cooling experiments on silicon surfaces are reported. The surfaces are probed by a picosecond pulse, following the heating pulse, as a function of wave length, time delay and energy fluence. Picosecond laser-induced transformations of modulated metal films extend the glass formation range. New glassy alloys have been formed. Originator-supplied keywords include Laser-Materials interactions, Picosecond pulses, Phase transitions, and Ultrafast heating and cooling.
- Lasers and Masers