Current status and future development of SRRC are reported in this paper. Machine reliability, beam orbit stability, instrumentation and utility conditions have been significantly improved. The energy of the injector has been upgraded from 1.3 GeV to 1.5 GeV. The beam availability is 96 % with a trip rate of once per month. Several Insertion Devices were installed to extend the synchrotron light property. To suppress the beam instabilities, the super conducting cavity and the longitudinal feedback system are currently underway. Some other activities at this facility are also described in this paper.
Superconducting ring cyclotron (SRC) is the main accel-erator for the RI Beam Factory project at RIK...
A project to replace two existing room-temperature radio frequency (RF) cavities by one CESR-III 500...
Presently, at the S-DALINAC several developments are in progress to improve on its beam quality as w...
Current status and future development of SRRC are reported in this paper. Machine reliability, beam ...
The 500 MHz RF system at the third generation light source facility at SRRC was configured, installe...
The Synchrotron Radiation Research Center (SRRC) as a third generation light source facility began a...
Three-year operation experiences of the 1.3 GeV synchrotron radiation facility at SRRC are presented...
3-year operation experiences of the 1.3 GeV synchrotron radiation facility at SRRC are presented. Tw...
The electron storage ring at the Synchrotron Radiation Research Center, as a third-generation light ...
Abstract. There are several new developments in diagnostics at the SRRC. These new developments incl...
A status report of the superconducting RF photo elec-tron injector development at Forschungszentrum ...
The structure and functions of the real-time radiation monitoring system installed in SRRC have been...
It is planned to upgrade the SRRC booster from 1.3 GeV to 1.5 GeV for full energy injection into the...
Many types of diagnostic instruments, such as beam position monitors, fluorescence screen monitors, ...
Several DSP based feedback systems are developed in SRRC. These feedback systems include of longitud...
Superconducting ring cyclotron (SRC) is the main accel-erator for the RI Beam Factory project at RIK...
A project to replace two existing room-temperature radio frequency (RF) cavities by one CESR-III 500...
Presently, at the S-DALINAC several developments are in progress to improve on its beam quality as w...
Current status and future development of SRRC are reported in this paper. Machine reliability, beam ...
The 500 MHz RF system at the third generation light source facility at SRRC was configured, installe...
The Synchrotron Radiation Research Center (SRRC) as a third generation light source facility began a...
Three-year operation experiences of the 1.3 GeV synchrotron radiation facility at SRRC are presented...
3-year operation experiences of the 1.3 GeV synchrotron radiation facility at SRRC are presented. Tw...
The electron storage ring at the Synchrotron Radiation Research Center, as a third-generation light ...
Abstract. There are several new developments in diagnostics at the SRRC. These new developments incl...
A status report of the superconducting RF photo elec-tron injector development at Forschungszentrum ...
The structure and functions of the real-time radiation monitoring system installed in SRRC have been...
It is planned to upgrade the SRRC booster from 1.3 GeV to 1.5 GeV for full energy injection into the...
Many types of diagnostic instruments, such as beam position monitors, fluorescence screen monitors, ...
Several DSP based feedback systems are developed in SRRC. These feedback systems include of longitud...
Superconducting ring cyclotron (SRC) is the main accel-erator for the RI Beam Factory project at RIK...
A project to replace two existing room-temperature radio frequency (RF) cavities by one CESR-III 500...
Presently, at the S-DALINAC several developments are in progress to improve on its beam quality as w...