Raman shifted lasers for medical applications

机译：拉曼移动应用程序的激光器

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We propose to operate a Nd:YAG laser at the secondary emission line of 1319 nm and Raman shift in H/sub 2/ to the first Stokes at 2918 nm near the maximum of water absorption. The quantum efficiency is 45 % and energy conversion of 25 % is achievable in practice. A 300 mJ Nd:YAG laser at 1.32 /spl mu/m will produce 75 mJ near 2.92 /spl mu/m and this will be sufficient for corneal sculpting. Such a system has advantages in terms of cost of manufacturing and maintenance compared to excimer lasers.

机译：我们建议在1319nm的二次排放线上操作ND：YAG激光器，并在H / Sub 2的拉曼移位/在2918nm处的第一个斯托克，在最大的吸水率附近。量子效率为45％，在实践中可实现25％的能量转换。 300 MJ ND：YAG激光器为1.32 / SPL MU / M将在2.92 / SPL MU / M附近产生75 MJ，这将足以用于角膜雕刻。与准分子激光器相比，这种系统在制造和维护成本方面具有优势。

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《Lasers and Electro-Optics Society Annual Meeting》|1994年||共2页
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Krapchev V.B.; Institute of Electric and Electronic Engineer;
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中图分类自动化技术、计算机技术;
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Raman shifted lasers for medical applications

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