Ultraviolet Picosecond Pulse Amplification in New Solid-state Laser Medium: Ce3+:LuLiF4

Nobuhiko SARUKURA; Zhenlin LIU; Yusaburo SEGAWA; Keiichi EDAMATSU; Yoshiro SUZUKI; Tadashi ITOH; Vadim V. SEMASHKO; Alexander K. NAUMOV; Stella L. KORABLEVA; Ravil Yu. ABDULSABIROV; Mark A. DUBINSKII

doi:10.1364/UP.1994.WC.12

Ultrafast Phenomena
Technical Digest Series (Optica Publishing Group, 1994),
paper WC.12
•https://doi.org/10.1364/UP.1994.WC.12

Ultraviolet Picosecond Pulse Amplification in New Solid-state Laser Medium: Ce³⁺:LuLiF4

Nobuhiko SARUKURA, Zhenlin LIU, Yusaburo SEGAWA, Keiichi EDAMATSU, Yoshiro SUZUKI, Tadashi ITOH, Vadim V. SEMASHKO, Alexander K. NAUMOV, Stella L. KORABLEVA, Ravil Yu. ABDULSABIROV, and Mark A. DUBINSKII

International Conference on Ultrafast Phenomena 1994

California United States
2–6 May 1994
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Poster Session 3 (WC)

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N. SARUKURA, Z. LIU, Y. SEGAWA, K. EDAMATSU, Y. SUZUKI, T. ITOH, V. V. SEMASHKO, A. K. NAUMOV, S. L. KORABLEVA, R. Y. ABDULSABIROV, and M. A. DUBINSKII, "Ultraviolet Picosecond Pulse Amplification in New Solid-state Laser Medium: Ce3+:LuLiF4," in Ultrafast Phenomena, Technical Digest Series (Optica Publishing Group, 1994), paper WC.12.

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Abstract

Recent progress in tunable solid-state-laser materials in the infrared region has enabled development of completely new ultrashort-pulse laser sources. Such innovations will also be expected in the ultraviolet region. Several Ce³⁺-doped tunable ultraviolet laser crystals have been developed including YLiF₄,¹ LaF₃,² LiCaAlF₆,³ LiSrAlF₆,⁴ and LuLiF₄.⁵ In spite of their broad gain bandwidth, no short-pulse application of these materials has been reported. In this presentation, we will describe the properties of Ce³⁺:LuLiF₄ and its application to picosecond-pulse amplification.

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