1992Chinese Physics LettersOpen access

Efficient Generation of Deep Ultraviolet Radiation Using LiB 3 O 5 Crystal

Fali Xie, Baichang Wu, Mao Hongwei, Chen Chuangtian

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Abstract

Efficient generation of deep ultraviolet radiation at wavelength of less than 0.20 μm obtained by using LiB 3 O 5 crystal is reported. High power radiation at 0.1914 μm has been produced via sum-frequency-mixing of two waves with wavelengths of 0.2128 and 1.9071 μm in LiB 3 O 5 crystal. An average output power of about 2.0 mW and a conversion efficiency of 8% have been achieved.

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Efficient generation of deep ultraviolet radiation at wavelength of less than 0.20 μm obtained by using LiB 3 O 5 crystal is reported. High power radiation at 0.1914 μm has been produced via sum-frequency-mixing of two waves with wavelengths of 0.2128 and 1.9071 μm in LiB 3 O 5 crystal. An average output power of about 2.0 mW and a conversion efficiency of 8% have been achieved.

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Available abstract

Efficient generation of deep ultraviolet radiation at wavelength of less than 0.20 μm obtained by using LiB 3 O 5 crystal is reported. High power radiation at 0.1914 μm has been produced via sum-frequency-mixing of two waves with wavelengths of 0.2128 and 1.9071 μm in LiB 3 O 5 crystal. An average output power of about 2.0 mW and a conversion efficiency of 8% have been achieved.

Key concepts: Ultraviolet, Radiation, Wavelength, Crystal (programming language), Ultraviolet radiation, Materials science, Energy conversion efficiency, Mixing (physics)

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