Most of the proposed electron accelerator projects for future FELs, ERLs or 4th generation
light sources require electron beams with an unprecedented combination of high brightness …

As part of a CRADA (Cooperative Research and Development Agreement) between
Helmholtz-Zentrum Dresden-Rossendorf (HZDR) and Thomas Jefferson Lab National …

This paper presents the results of electron beam tracking simulations with the ASTRA code
for the 312 cell superconducting RF gun at the Forschungszentrum Dresden-Rossendorf …

In this paper a method is presented that provides the field profile of a closed
superconducting cavity only by measuring its passband frequencies with the applied RF …

In NSC KIPT the electron recirculator project on energy up to 730 MeV is developing. The
accelerator is designed first of all as a facility for basic research in the field of a nuclear …

In 2003 in NSC KIPT was begun the work on development the project of accelerator, base
facility IHEPNP NSC KIPT electron recirculator SALO. The accelerator will be disposed in …

In work are offered and investigated variants of the scheme of the beam injection in
recurculator which allow to make smooth adjustment of the beam energy on all beam lines …

High average current RF injectors typically operate at a higher duty factor, while maintaining
as high an accelerating gradient as possible. This combination gives rise to increased wall …

A status report of the superconducting RF photo electron injector development at
Forschungszentrum Dresden-Rossendorf (FZD) is given. The SRF gun project is a …

The report presents the measurements of the critical subsystems of the SRF photo injector
carried out during the development phase of the photo injector. These measurements …