Room Temperature Q-Switched Liquid Laser (SeOCl<sub>2</sub>-Nd<sup>3+</sup>)

Three different Nd3+ aprotic solvent laser solutions: Nd3+:SeOCl2:SnCl4; Nd3+:POCl3:SnCl4; and Nd3+:POCl3:ZrCl4 are considered in terms of their laser characteristics as oscillators and amplifiers. It is shown that such solutions have a loss that varies between 0.5 and 1.0% per centimeter and that their material efficiencies are at least comparable to those of an L.G. 55 (Schott) glass. As oscillators, the different solutions are shown to be equivalent to each other; as an amplifier only the SeOCl2 system was studied and this has produced gains of 18 dB in the small signal case.

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Room Temperature Q-Switched Liquid Laser (SeOCl₂-Nd³⁺)

Cited by 7 publications

References 2 publications

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Room Temperature Q-Switched Liquid Laser (SeOCl2-Nd3+)

Cited by 7 publications

References 2 publications

Tunable dye ring-laser

Tunable dye ring-laser

Dye ring laser narrowing and tuning using the optical activity dispersion of crystal quartz

Oscillator and Amplifier Characteristics of Lasers Based on Nd3+ Dissolved in Aprotic Solvents

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Product

Resources

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Room Temperature Q-Switched Liquid Laser (SeOCl₂-Nd³⁺)