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We have developed an optical-field-induced ionization vacuum ultraviolet Ar2* excimer amplifier at 126 nm to amplify femtosecond VUV seed pulses that are generated by wavelength conversion of femtosecond infrared laser pulses.
We evaluated amplification characteristics of the nanosecond vacuum ultraviolet argon excimer emission at 126 nm, whose kinetics was initiated by high-intensity femtosecond laser-produced electrons. Subpicosecond 126 nm emissions were produced simultaneously as a result of the nonlinear wavelength conversion, which will be amplified in the amplifier.
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