The Review of Laser Engineering
Online ISSN : 1349-6603
Print ISSN : 0387-0200
ISSN-L : 0387-0200
Laser Review
High Average Power, Scalable, All Diode-Pumped Solid State Petawatt Laser System HAPLS: A Robust Driver for High Intensity Laser Matter Interactions Enabling Precision Science and Commercial Applications
C. L. HAEFNER, A. BAYRAMIAN, T. SPINKA, J. ATHERTON, S. BAXAMUSA, S. BETTS, D. R. BOPP, S. BUCK, J. CUPAL, B. DEMARET, B. DERI, J. M. Di NICOLA, M. DRUON, R. DYLLA-SPEARS, C. GATES, A. ERLANDSON, J. JARBOE, B. HEIDL, J. HORACEK, J. HORNER, K. KASL, D. KIM, E. KOH, L. KOUBIKOVA, G. KORN, J. LUSK, C. MARSHALL, W. MARANVILLE, D. MASON, P. MAZUREK, J. MENAPACE, P. MILLER, A. NAYLON, J. NOVAK, D. PECELI, P. ROSSO, B. RUS, K. SCHAFFERS, L. SEPPALA, C. W. SIDERS, E. SISTRUNK, D. E. SMITH, J. STANLEY, R. STEELE, T. SURATWALA, S. TELFORD, J. THOMA, D. VANBLARCOM, P. WEGNER, J. WEISS
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Keywords: Petawatt, High average power, Secondary sources, Ti:Sapphire,, High-energy density
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2018 Volume 46 Issue 3 Pages 138-

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Abstract
The HAPLS laser system has been commissioned to its first integrated performance milestone, delivering laser pulses with 16 J sub-30 fs duration at a 3.3 Hz repetition rate. This triggered the delivery to ELI Beamlines where it will be integrated with the facility and ramped to its full performance. This first alldiode- pumped petawatt-class laser offers the repetition rates required for driving secondary source efficiently with flux relevant or real world applications.
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© 2018 by The Laser Society of Japan
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