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We report a straightforward method to control main spatio-temporal couplingsin a CPA laser chain system using a specially designed chromatic doublet in adivergent beam configuration. The centering of the doublet allows for thecontrol of the spatial chirp of the CPA laser chain, while its longitudinalposition in the divergent beam enables the control of the amount oflongitudinal chromatism in a wide dynamic range. The performance of thistechnique is evaluated by measuring main spatio-temporal couplings with asimple method, based on an ultrafast pulse shaper, which allows for a selectionof narrow windows of the spectrum.

Measurement and Control of Main Spatio-Temporal Couplings in a CPA Laser Chain