A4 Vertaisarvioitu artikkeli konferenssijulkaisussa
Two colors at the SASE3 line of the European XFEL: Project scope and first measurements
Tekijät: Serkez S., Geloni G., Gerasimova N., Grünert J., Karabekyan S., Koch A., Laksman J., Maltezopoulos T., Mazza T., Meyer M., Tomin S., Decking W., Froehlich L., Kocharyan V., Kot Y., Saldin E., Schneidmiller E., Scholz M., Yurkov M., Zagorodnov I., Huttula M., Kukk E.
Toimittaja: Winfried Decking, Harald Sinn, Gianluca Geloni, Siegfried Schreiber, Michaela Marx, Volker RW Schaa
Konferenssin vakiintunut nimi: International Free-Electron Laser Conference
Kustantaja: JACoW Publishing
Julkaisuvuosi: 2019
Kokoomateoksen nimi: Proceedings of the 39th International Free-Electron Laser Conference
Tietokannassa oleva lehden nimi: Proceedings of the 39th International Free-Electron Laser Conference, FEL 2019
Sarjan nimi: Free Electron Laser Conference
Aloitussivu: 195
Lopetussivu: 198
eISBN: 978-3-95450-210-3
DOI: https://doi.org/10.18429/JACoW-FEL2019-TUP062
Rinnakkaistallenteen osoite: https://research.utu.fi/converis/portal/detail/Publication/48899577
The European XFEL is a high-repetition rate facility that generates high-power SASE radiation pulses in three beamlines. A joint upgrade project, with Finnish universities, to equip the SASE3 beamline with a chicane has been recently approved to generate two SASE pulses with different photon energies and temporal separation. In this work we report the status of the project, its expected performance, and recent experimental results. Additionally, we discuss methods to diagnose the properties of the generated radiation.The European XFEL is a high-repetition rate facility that generates high-power SASE radiation pulses in three beamlines. A joint upgrade project, with Finnish universities, to equip the SASE3 beamline with a chicane has been recently approved to generate two SASE pulses with different photon energies and temporal separation. In this work we report the status of the project, its expected performance, and recent experimental results. Additionally, we discuss methods to diagnose the properties of the generated radiation.The European XFEL is a high-repetition rate facility that generates high-power SASE radiation pulses in three beamlines. A joint upgrade project, with Finnish universities, to equip the SASE3 beamline with a chicane has been recently approved to generate two SASE pulses with different photon energies and temporal separation. In this work we report the status of the project, its expected performance, and recent experimental results. Additionally, we discuss methods to diagnose the properties of the generated radiation.The European XFEL is a high-repetition rate facility that generates high-power SASE radiation pulses in three beamlines. A joint upgrade project, with Finnish universities, to equip the SASE3 beamline with a chicane has been recently approved to generate two SASE pulses with different photon energies and temporal separation. In this work we report the status of the project, its expected performance, and recent experimental results. Additionally, we discuss methods to diagnose the properties of the generated radiation.The European XFEL is a high-repetition rate facility that generates high-power SASE radiation pulses in three beamlines. A joint upgrade project, with Finnish universities, to equip the SASE3 beamline with a chicane has been recently approved to generate two SASE pulses with different photon energies and temporal separation. In this work we report the status of the project, its expected performance, and recent experimental results. Additionally, we discuss methods to diagnose the properties of the generated radiation.The European XFEL is a high-repetition rate facility that generates high-power SASE radiation pulses in three beamlines. A joint upgrade project, with Finnish universities, to equip the SASE3 beamline with a chicane has been recently approved to generate two SASE pulses with different photon energies and temporal separation. In this work we report the status of the project, its expected performance, and recent experimental results. Additionally, we discuss methods to diagnose the properties of the generated radiation.
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