This experimental result has demonstrated the stabilization of an input laser beam, with the following characteristics:
40
microJoules, 40 fsec laser pulse train (repetition rate 20 Hz) with
peak to peak energy fluctuation of up to 30% (and 7% rmOne may see from the above picture that the Stabbler is able to stabilize the rapid variations, and even the variations from one pulse to the next one!
In theory, the Stabbler squares your energy variations:
For a 10% rms energy variations, one should obtain with the Stabbler a less than 1% rms energy fluctuations.
For a 1% rms energy variations, one should obtain with the Stabbler a less than 0.01% rms energy fluctuations. The measurement of such extreme performances is not straightforward, but the less fluctuations , the better the stability of the non linear processes involved for those involved with highly non linear phenomenas.
You may also refer to the reference publication for more information on the StabblerTM
"Femtosecond laser pulse energy self-stabilization " Oksenhendler et al. Appl. Phys. B 2004 (published online November 4, 2004).
A Stabbler typical result is pictured here below:
40
microJoules, 40 fsec laser pulse train (repetition rate 20 Hz) with
peak to peak energy fluctuation of up to 30% (and 7% rmOne may see from the above picture that the Stabbler is able to stabilize the rapid variations, and even the variations from one pulse to the next one!