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Concentrator of laser energy for thin vapour cloud production near a surface | P.I.Melnikov
; B.A.Knyazev
; J.B.Greenly
; | Date: |
6 Aug 1998 | Subject: | Accelerator Physics; Optics | physics.acc-ph physics.optics | Abstract: | A novel scheme is presented for production of a thin ($<1$ mm) uniform vapor layer over a large surface area ($>100$ cm$^2$) by pulsed laser ablation of a solid surface. Instead of dispersing the laser energy uniformly over the surface, a modified Fabry-Perot interferometer is employed to concentrate the laser energy in very narrow closely-spaced concentric rings. This approach may be optimized to minimum total laser energy for the desired vapor density. Furthermore, since the vapor is produced from a small fraction of the total surface area, the local ablation depth is large, which minimized the fraction of surface contamination in the vapor. Key words: laser evaporation, thin gas layer formation. | Source: | arXiv, physics/9808003 | Services: | Forum | Review | PDF | Favorites |
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