Some experimental configurations of a streak camera used with a synchronous pumped dye laser or with a repetitive mode-locked and Q-switched laser are described. The overall performances are discussed with respect to synchronous and triggered operating modes of the streak camera.Les caractéristiques de différents montages expérimentaux comprenant une caméra à balayage de fente associée à un laser à colorant fonctionnant en régime de pompage synchrone ou à un laser répétitif à modes couplés et déclenché sont décrites. Les performances temporelles obtenues avec des générateurs de balayage à tension sinusoïdale (80-100 MHz) et à rampe linéaire déclenchée (0-800 kHz) sont présentées
The design and operation of a 10-ps resolution optical streak camera used to characterize laser puls...
An x-ray streak camera system uses a laser triggered photo-conductive switch to synchronize the high...
The streak camera is an ultrahigh speed detector which captures light emission phenomena occurring i...
Some experimental configurations of a streak camera used with a synchronous pumped dye laser or with...
Les caméras à balayage de fente sont les instruments de détection directe de la lumière les plus pré...
Streak cameras are the direct light detection instruments that are the best in terms of temporal res...
Les caméras à balayage de fente sont les instruments de détection optique résolue en temps les plus ...
This work presents the development of a streak camera "jitter free" sweep unit synchronized on a fem...
Les caméras à balayage de fente conventionnelles ont été développées pendant les années 1950 pour l’...
The temporal characteristics of the frequency doubled pulses of a continous wave mode locked Nd : YA...
International audienceIn connection with the parameters characterizing the phase noise in cw mode-lo...
We describe a streak camera system that is capable of both spatial and spectral measurements of lase...
We describe the development of an optical and an X-ray streak camera with picosecond time resolution...
Several scientific programs at Lawrence Livermore National Laboratory (LLNL) require instrumentation...
SIGLECNRS RP 195 (34) / INIST-CNRS - Institut de l'Information Scientifique et TechniqueFRFranc
The design and operation of a 10-ps resolution optical streak camera used to characterize laser puls...
An x-ray streak camera system uses a laser triggered photo-conductive switch to synchronize the high...
The streak camera is an ultrahigh speed detector which captures light emission phenomena occurring i...
Some experimental configurations of a streak camera used with a synchronous pumped dye laser or with...
Les caméras à balayage de fente sont les instruments de détection directe de la lumière les plus pré...
Streak cameras are the direct light detection instruments that are the best in terms of temporal res...
Les caméras à balayage de fente sont les instruments de détection optique résolue en temps les plus ...
This work presents the development of a streak camera "jitter free" sweep unit synchronized on a fem...
Les caméras à balayage de fente conventionnelles ont été développées pendant les années 1950 pour l’...
The temporal characteristics of the frequency doubled pulses of a continous wave mode locked Nd : YA...
International audienceIn connection with the parameters characterizing the phase noise in cw mode-lo...
We describe a streak camera system that is capable of both spatial and spectral measurements of lase...
We describe the development of an optical and an X-ray streak camera with picosecond time resolution...
Several scientific programs at Lawrence Livermore National Laboratory (LLNL) require instrumentation...
SIGLECNRS RP 195 (34) / INIST-CNRS - Institut de l'Information Scientifique et TechniqueFRFranc
The design and operation of a 10-ps resolution optical streak camera used to characterize laser puls...
An x-ray streak camera system uses a laser triggered photo-conductive switch to synchronize the high...
The streak camera is an ultrahigh speed detector which captures light emission phenomena occurring i...