Readiness of LI ALLEGRA Laser System for User Operation at ELI Beamlines

Pavel Bakule,Roman Antipenkov,Jakub Novák,František Batysta,Robert Boge,Jonathan T. Green,Zbyněk Hubka,Michael Greco,Lukáš Indra,Alexandr Špaĕek,Jack A. Naylon,Karel Majer,Petr Mazúrek,Emily Erdman,Václav Šobr,Boguslaw Tykalewicz,Tomáš Mazanec,Petr Strkula,Bedrich Rus

Readiness of LI ALLEGRA Laser System for User Operation at ELI Beamlines

2020

Pavel Bakule
Roman Antipenkov
Jakub Novák
František Batysta
Robert Boge
Jonathan T. Green
Zbyněk Hubka
Michael Greco
Lukáš Indra
Alexandr Špaĕek
Jack A. Naylon
Karel Majer
Petr Mazúrek
Emily Erdman
Václav Šobr
Boguslaw Tykalewicz
Tomáš Mazanec
Petr Strkula
Bedrich Rus

We report on the current state of readiness of the 1 kHz, 15 fs LI ALLEGRA laser system for long term reliable operation driving user experiments based on HHG. The highly automated system, based on short pulse OPCPA, currently generates pulses with energy of 30 mJ at central wavelength of 820 nm.

Keywords:

Wavelength
Pulse (signal processing)
high power lasers
Laser
Fiber Bragg grating
High harmonic generation
Second-harmonic generation
Materials science
Optics

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