[[abstract]]The observation of regenerative oscillation in a laser-pumped dye laser is reported. Pulse trains of 1-nsec pulses have been observed from a rhodamine 6G dye laser pumped with a 50-nsec pulse at 5320 Å. The regenerative oscillation is produced by using a novel cavity-flipping technique recently developed. The principle of this technique and experimental results in a dye laser are described.[[fileno]]2030182010035[[department]]電機工程學
Primary methods for generating short pulses in lasers require intracavity elements or physical mecha...
Primary methods for generating short pulses in lasers require intracavity elements or physical mecha...
Primary methods for generating short pulses in lasers require intracavity elements or physical mecha...
A flashlamp pumped dye laser suitable for use as a single stage amplifier is described. Particular e...
An all-acousto-optically switched picosecond Nd:YAG regenerative amplifier has been developed for op...
A simple excimer-laser-pumped cascade dye laser-amplifier system has been presented which due to the...
The design of a high power, synchronously pumpled dye laser is described. The laser is pumped using ...
The paper presents the physical processes and operational characteristics of an original subpicoseco...
Injection locking was applied to a cavity-dumped coaxial flashlamp pumped dye laser in an effort to ...
Tunable subpicosecond pulses are generated by synchronously pumping a dye laser with the pulse-compr...
A diode-pumped, prismless Nd:glass laser oscillator, mode-locked by a semiconductor saturable absorb...
We report a simple technique for generation oftunable subnanosecond pulses (0. 1-0.3 ns) based on si...
A flash lamp pumped dye laser suitable for use as an amplifier stage was developed. The desired outp...
This research was undertaken to demonstrate an all solid state source of a widely tunable continuous...
Femtosecond light pulses tunable between 840 nm and 880 nm are generated in a synchronously pumped r...
Primary methods for generating short pulses in lasers require intracavity elements or physical mecha...
Primary methods for generating short pulses in lasers require intracavity elements or physical mecha...
Primary methods for generating short pulses in lasers require intracavity elements or physical mecha...
A flashlamp pumped dye laser suitable for use as a single stage amplifier is described. Particular e...
An all-acousto-optically switched picosecond Nd:YAG regenerative amplifier has been developed for op...
A simple excimer-laser-pumped cascade dye laser-amplifier system has been presented which due to the...
The design of a high power, synchronously pumpled dye laser is described. The laser is pumped using ...
The paper presents the physical processes and operational characteristics of an original subpicoseco...
Injection locking was applied to a cavity-dumped coaxial flashlamp pumped dye laser in an effort to ...
Tunable subpicosecond pulses are generated by synchronously pumping a dye laser with the pulse-compr...
A diode-pumped, prismless Nd:glass laser oscillator, mode-locked by a semiconductor saturable absorb...
We report a simple technique for generation oftunable subnanosecond pulses (0. 1-0.3 ns) based on si...
A flash lamp pumped dye laser suitable for use as an amplifier stage was developed. The desired outp...
This research was undertaken to demonstrate an all solid state source of a widely tunable continuous...
Femtosecond light pulses tunable between 840 nm and 880 nm are generated in a synchronously pumped r...
Primary methods for generating short pulses in lasers require intracavity elements or physical mecha...
Primary methods for generating short pulses in lasers require intracavity elements or physical mecha...
Primary methods for generating short pulses in lasers require intracavity elements or physical mecha...