| NAME |
INSTITUTE |
PRESENTATION |
| |
|
|
| Jean-Yves Raguin |
PSI |
1.Long range wakefields for C-band: preliminary results with uncoupled model
|
| Costa Prat |
DESY |
1.Operational Aspects Related to Transverse Beam Dynamics at FLASH
|
| Joerg Rossbach |
Hamburg University |
1. sFLASH: An Experiment for FEL-Seeding at VUV wavelengths
|
| Nina Golubeva |
DESY |
1. Optics solution for the deflection arc of the beam switchyard
|
| Mathias Vogt |
DESY |
1. Beam Based Alignment in SASE-Undulator Sections
|
| Micha Dehler |
PSI |
1. An X Band structure with integrated alignment monitors
|
| Andreas Streun |
PSI |
1. Storage ring based light sources
|
| Masamitsu Aiba |
PSI |
1. Transverse tolerances, correction methods and feedback strategy
|
| Natalia Milas |
PSI |
1. Design of the SwissFEL switch yard
|
| Sven Reiche |
PSI |
1. Low Charge Operation of the SwissFEL Facility
|
| Andranik Tsakanian |
CANDLE |
1. Numerical Calculation of
Wakefields in Resistive Structures for Ultra Short Bunches
|
| Winfried Decking |
DESY |
1. Status of European XFEL
2. Beam Distribution System of the E-XFEL |
| Vahe Sahakyan |
CANDLE |
1.Time-dependent simulations of European XFEL in low charge regime. |
| Vasili Tsakanov |
CANDLE |
1. Cavity Error Effects in Long Linear Accelerator for SASE FEL. |
| Ashot Vardanyan |
CANDLE |
1. Long-range Wakes for SwissFEL Two-beam Operation . |
| Bagrat Grigoryan |
CANDLE |
1. ELEGANT Simulations for SwissFEL. |
| Gayane Amatuni |
CANDLE |
1. Introduction to GRIL Code: Wakefield and Impedance in Multilayer Chamber. |
| Vitaly Khachatryan |
CANDLE |
1. Hard X-ray Background of FEL Radiation (SwissFEL)
2. European XFEL Undulator Focusing Lattice Errorsand FEL Performance |
| Michael Ivanian |
CANDLE |
1. Impedances and Wakes in Undulator Section for XFEL.
|
