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Transmittance exceeding 92 %m−1 at 266 nm and its permanence after 4 G pulses of laser irradiation are realized in fluorine-doped silica fiber due to the optimized fiber-manufacturing processes such as perform-fabrication and fiber-drawing.
Transmittance exceeding 92 %m−1 at 266 nm and its permanence after 4 G pulses of laser irradiation are realized in fluorine-doped silica fiber due to the optimized fiber-manufacturing processes such as perform-fabrication and fiber-drawing.
Transmittance exceeding 92 %m-1 at 266 nm and its permanence after 4 G pulses of laser irradiation are realized in fluorine-doped silica fiber due to the optimized fiber-manufacturing processes such as perform-fabrication and fiber-drawing.
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