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首页> 外文期刊>Optical Engineering >Low pulse-energy micromachining in bulk glass with a short-cavity femtosecond oscillator
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Low pulse-energy micromachining in bulk glass with a short-cavity femtosecond oscillator

机译:Low pulse-energy micromachining in bulk glass with a short-cavity femtosecond oscillator

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摘要

We report the first experiments showing structural changes in borosilicate glass using just a short-cavity Ti:sapphire oscillator at 800 nm and 90 MHz. Micromachining is achieved with infrared femto-second pulses having record-low energies. We show 3-D patterning capability, including waveguides and 3-D gratings embedded in the volume of a glass slab.

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