| Document Date: 2010-04-27 21:03:53
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City Weinheim / / Company Ó 2010 WILEY-VCH Verlag GmbH & Co. KGaA / / IndustryTerm gain chip / pumped devices / semiconductor material systems / carrier lifetimes / confinement energy / diode current carrier injection / possible solution / thin active semiconductor chip / laser chip / uniform carrier injection / important applications / biomedical applications / pump diode chips / active semiconductor chip / higher photon energy / gain media / laser materials processing / lower photon energy / higher energy / valence band energy levels / thin semiconductor chips / semiconductor laser chip / gas lasers / semiconductor chip / electron confinement energy / semiconductor gain chips / imaging / energy difference / laser photon energy difference / nm wavelength biomedical applications / laser applications / reflecting vertical amplifier chips / typical solid-state gain media / free carrier absorption / / Person Oleg G. Okhotnikov / Mark Kuznetsov / / Product RPG / / ProvinceOrState High peak / / Technology semiconductor / laser / amplifier chips / semiconductor laser chip / pump diode chips / semiconductors / Lasers / laser chip / VECSEL semiconductor chip / thin active semiconductor chip / semiconductor chip / VECSEL active semiconductor chip / VECSEL chip / spectroscopy / thin semiconductor chips / gain chip / active semiconductor chip / VECSEL semiconductor laser chip / semiconductor gain chips / /
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j1 1 VECSEL Semiconductor Lasers: A Path to High-Power, Quality Beam and UV to IR Wavelength by Design Mark Kuznetsov