An ultrafast, hybrid mode-locked semiconductor laser-diode system has been used to seed a flash-lamp-pumped Cr:LiSAF regenerative amplifier system, producing subpicosecond pulses with millijoule output pulse energy. This system has the potential to eliminate argon-ion-pumped-based, ultrafast laser systems. (C) 1997 Optical Society of America
We report stable operation of a flashlamp-pumped LiSrAlF6: Cr3+ regenerative amplifier for femtoseco...
We describe the generation of femtosecond high power optical pulses using hybrid passive-active mode...
Routes toward minimizing the self-mode-locking threshold of an all-solid-state diode-laser-pumped Cr...
An ultrafast, hybrid mode-locked semiconductor laser-diode system has been used to seed a flash-lamp...
An ultrafast, hybrid mode-locked semiconductor laser-diode system has been used to seed a flash-lamp...
An ultrafast modelocked semiconductor laser diode system has been used to seed a flashlamp pumped Cr...
pulses have been obtained from diode-pumped Kerr-lens mode-locked ~KLM! oscillators in Cr:LiSAF1,2 Y...
The availability of ultrashort (100 fs or shorter) high intensity lasers capable of producing focuse...
Cr:LiSAF has become an attractive alternative gain medium for the high intensity amplification of fe...
A mode locked as a seed source for a solid state regenerative amplifier system is disclosed. The sys...
We discuss the design of a Cr:LiSAF laser system capable of generating ultrashort, 90-fs Fourier-tra...
We discuss the design of a Cr:LiSAF laser system capable of generating ultrashort, 90-fs Fourier-tra...
We have developed a cw krypton-ion-laser-pumped Cr3 +:LiSrAlF6 regenerative amplifier for femtosecon...
Semiconductor saturable absorbers have had a major impact on the field of ultrashort pulse generatio...
A multiterawatt femtosecond Cr:LiSAF laser system is developed with a final amplifier aperture of 25...
We report stable operation of a flashlamp-pumped LiSrAlF6: Cr3+ regenerative amplifier for femtoseco...
We describe the generation of femtosecond high power optical pulses using hybrid passive-active mode...
Routes toward minimizing the self-mode-locking threshold of an all-solid-state diode-laser-pumped Cr...
An ultrafast, hybrid mode-locked semiconductor laser-diode system has been used to seed a flash-lamp...
An ultrafast, hybrid mode-locked semiconductor laser-diode system has been used to seed a flash-lamp...
An ultrafast modelocked semiconductor laser diode system has been used to seed a flashlamp pumped Cr...
pulses have been obtained from diode-pumped Kerr-lens mode-locked ~KLM! oscillators in Cr:LiSAF1,2 Y...
The availability of ultrashort (100 fs or shorter) high intensity lasers capable of producing focuse...
Cr:LiSAF has become an attractive alternative gain medium for the high intensity amplification of fe...
A mode locked as a seed source for a solid state regenerative amplifier system is disclosed. The sys...
We discuss the design of a Cr:LiSAF laser system capable of generating ultrashort, 90-fs Fourier-tra...
We discuss the design of a Cr:LiSAF laser system capable of generating ultrashort, 90-fs Fourier-tra...
We have developed a cw krypton-ion-laser-pumped Cr3 +:LiSrAlF6 regenerative amplifier for femtosecon...
Semiconductor saturable absorbers have had a major impact on the field of ultrashort pulse generatio...
A multiterawatt femtosecond Cr:LiSAF laser system is developed with a final amplifier aperture of 25...
We report stable operation of a flashlamp-pumped LiSrAlF6: Cr3+ regenerative amplifier for femtoseco...
We describe the generation of femtosecond high power optical pulses using hybrid passive-active mode...
Routes toward minimizing the self-mode-locking threshold of an all-solid-state diode-laser-pumped Cr...
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