Ultrafast and intense laser metrology
- Technologies de l'optique et des lasers
- Durée : 5 jours - (35 heures)
- Prix : Sur devis, nous contacter
Ref. LSL-18
Prochaine date :
Nous contacter
Objectifs de la formation
- Master laser field representation
- Understand the many laser field parameters (energetic, spatial, temporal, spectral, spatio-temporal, …)
- Review up-to-date laser metrology techniques
- Train on common metrology techniques during hands on sessions
- Interact directly with the many industrial partners in charge with the trainings
- Build a network of users within the European community and exchange knowledge and how-to among the participants. Initiate collaborations.
Équipe pédagogique
Experts in their field
Pour qui ?
- Users or designers of high intensity/high energy/high average power lasers
- Technicians, Engineers, researchers
- Undergraduate and PhD students
Prérequis
- Degree in lasers and optics
Contenu de la formation
- Basic concepts
- Ultrashort and intense laser sources
- Laser field representation
- Laser parameters
- Linear and non-linear optic
- Energy (Photodiode, pyroelectric, thermopile);
- Spectral (wavemeter, Fabry-Perot, monochromator, imaging spectrometer, FTIR, …);
- Temporal (Autocorrelation, FROG-type, SPIDER-type, D-Scan, Wizzler, CEP, …);
- Spatial (Knife-edge, CCD, …, M2, Shack-Hartman, multilateral interferometry, …);
- Spatio-temporal couplings (Termite, …);
- Polarization.
- THz characterization;
- XUV/attosecond pulse characterization.
- Time-frequency duality
- SNLO
- Spatial propagation
- Energy, power, intensity
- Spectral measurements
- Temporal
- Spatial
- Spatio-temporal
Ressource technique & pédagogiques
- Theoretical presentations
- Study of concrete cases
- Quiz
- Provision of support documents following the training
Suivi et évaluation
- Oral or written questions (MCQs)
- Case studies
- Training evaluation forms
- Training course Certificate
Dernière mise à jour : 2025-03-04 - 12:39:29
Version : 1
