Publications of SRF Science and Technology

Publikationen




Zeitschrift
Buch, Buchbeitrag
Bericht
Hochschulschrift
Konferenzbeitrag

nur Open Access


2018
2017
2016
2015
2014
2013
2012
2011
2010
2009

Tagungsberichte (eine Auswahl, Erstautorschaft am G-ISRF):

  • EPAC 2004: Cryogenic considerations for cw operation of TESLA-type sc cavity modules link link
  • EPAC 2004: Status of the HoBiCaT superconducting cavity test facility at BESSY link
  • EPAC 2004: RF control of the superconducting linac for the BESSY FEL link
  • EPAC 2006: Microphonics measurements in a cw-driven TESLA-type cavity link
  • EPAC 2006: Characterization of a piezo-based microphonics compensation system at HoBiCaT link
  • EPAC 2006: First RF tests in the HoBiCaT superconducting test facility at BESSY link
  • EPAC 2008: Full characterization of the piezo blade tuner for superconducting RF cavties (collaboration) link
  • SRF 2003: HoBiCaT--A test facility for superconducting RF systems link
  • SRF 2005: Vertical and Horizontal Test Results of TESLA Cavities for BESSY link
  • SRF 2007: Microphonics in cw TESLA cavities and their compensation with fast tuners link
  • SRF 2007: Investigation of passive stabilization- and different tuning systems for TESLA cavities with respect to cw operation link
  • SRF 2007: Cavity and linac RF and detuning control simulations link
  • SRF 2007: CW Operation of Superconducting TESLA Cavities link
  • SRF 2007: Review of SRF linac-based FELs link
  • SRF 2009: Warm Test of a Modified TTF-III Input Coupler up to 10 kW CW RF-power link
  • SRF 2009: Manipulating the Intrinsic Quality Factor by Thermal Cycling and Magnetic Fields link
  • SRF 2009: Highly Stable IOT Based 1,3 GHz / 16KW RF Power Source for CW Operated SC Linac link
  • SRF 2011: RF and SRF layout of BERLinPro link
  • SRF 2011: CW Measurements of Cornell LLRF System at HoBiCaT link
  • SRF 2011: Study of trapped magnetic flux in superconducting Niobium samples link
  • SRF 2011: Improving the intrinsic quality factor of SRF cavities by thermal cycling link
  • SRF 2011: SRF Photoinjector tests at HoBiCaT link
  • SRF 2013: Towards a 100mA superconducting RF photoinjector at HZB
  • SRF 2013: Influence of Cooldown on Cavity Quality Factor
  • SRF 2013: Development of an Optimized Quadrupole Resonator at HZB
  • SRF 2013: High Resolution Surface Resistance Studies
  • SRF 2013: High Q0 Research: The Dynamics of Flux Trapping in SC Niobium
  • PAC 2005: CW operation of the TTF-III input coupler link
  • PAC 2005: Performance of TESLA Cavities After Fabrication and Preparation in Industry link
  • PAC 2011: RF Systems for Superconducting Linacs link
  • FEL 2006: Characterisation of microphonics in HoBiCaT link
  • ERL 2007: Measurement and compensation of microphonics in cw-operated TESLA-type cavities link
  • LINAC 2008: Influence of piezo-hysteresis and resolution on cavity tuning link
  • LINAC 2008: Successful Qualification of the Coaxial Blade Tuner link
  • LINAC 2010: CW Superconducting RF Photoinjector Development for Energy Recovery Linacs link
  • LINAC 2010: SRF and Cryomodule R+D for ERL's link
  • LINAC 2010: BERLinPro - A Compact Demonstrator ERL for High Current and Low Emittance Beams link
  • LINAC 2012: Results and Performance Simulations of the Main Linac Design for BERLinPro (Verbundforschung) proc. in preparation
  • LINAC 2012: Photoinjector SRF Cavity Development for BERLinPro proc. in preparation
  • LLRF 2009:Detuning and Field control of CW Superconducting Cavities at HoBiCaT link
  • LLRF 2011: CW Measurement of TESLA and SC Gun Cavities with the Cornell LLRF System at HoBiCaT link
  • IPAC 2010: CW Adaptation of TESLA technology in HoBiCaT link
  • IPAC 2011: First Characterization of a Fully Superconducting RF Photoinjector Cavity link
  • IPAC 2011: First Considerations Concerning an Optimized Cavity Design for the Main Linac of BERLinPro (Verbundforschung) link
  • IPAC 2012: Status of the BERLinPro Energy Recovery Linac Project link
  • IPAC 2012: Impact of Trapped Flux and Thermal Gradients on the SRF Cavity Quality Factor link
  • IPAC 2013: SRF Photoinjector Cavity for BERLinPro link
  • IPAC 2013: RF Measurements of the 1.6 Cell Lead/Niobium Photoinjector in HoBiCaT link
  • IPAC 2013: Studies of Systematic Flux Expulsion in Superconducting Niobium link
  • IPAC 2013: Talk  link
  • IPAC 2013: Pathway to a Post Processing Increase in Q0 of SRF Cavities link
  • ICAP 2012: Status of the HOM Calculations for the BERLinPro Main Linac Cavity (Verbundforschung) link
  • HOMSC12: Cavity design and HOM damping strategies for the BERLinPro ERL project link (slides)

Journalveröffentlichungen:

  • "Adapting TESLA technology for future CW light sources using HoBiCaT", published in REVIEW OF SCIENTIFIC INSTRUMENTS 81, 074701 (2010)
    DOI-link
  • "Analysis and active compensation of microphonics in continuous wave narrow-bandwidth superconducting cavities", Phys. Rev. ST Accel. Beams 13, 082001 (2010), 15 pages
    DOI-link
  • "Trapped magnetic flux in superconducting niobium samples", Phys. Rev. ST Accel. Beams 15, 062001 (2012), 6 pages
    DOI-link
  • "Impact of cool-down conditions at Tc on the superconducting rf cavity quality factor", Phys. Rev. ST Accel. Beams 16, 102002 (2013), 8 pages DOI-link

Doktorarbeit:

Abgeschlossene Bachelor-, Master-, und Diplomarbeiten

  • Investigation of trapped flux in superconducting Niobium samples (Diplom , 2011)
  • FPGA-basierte Simulation eines supraleitenden Beschleunigerresonators (Bachelor, 2010)
  • Über den Einfluss externer Magnetfelder auf den HF-Oberflächenwiderstand supraleitender Beschleunigerresonatoren (Bachelor, 2010)

Weitere Informationen: