Add to ORKGHLS (Hefei Light Source) is a second generation synchrotron radiation source. After injected into the storage ring at energy of 200MeV, the electrons will be ramped to 800MeV. During ramping, the magnetic fields of the bend, quadruple and sextuple magnets are ramped up synchronously to keep the working point of the storage ring unchanged. This process is carefully controlled by HLS control system, which is built under EPICS. Several measures are taken to insure the synchronization and linearity of the ramping
Hefei Light Source (HLS) is a second generation light source, whose emittance is about 160 nmrad in ...
Although the dominant fields in accelerator electromagnets are proportional to the excitation curren...
After summarising the required correction circuits in the LHC we will give a short summary of potent...
HLS (Hefei Light Source) is a second generation synchrotron radiation source. After injection into t...
The main body of HLS (Hefei Light Source) is an 800MeV electron storage ring, whose circumference is...
An automatic calibration system for BPM (Beam Position Monitor) of HLS (Hefei Synchrotron Radiation ...
are used for control with high-level computer. PLS is operating at 2.5 GeV full energy injection sin...
The Advanced Photon Source (APS) booster ramp cycle is completed within 250 ms and repeated at 2 Hz,...
In this paper, we introduce a bunch tracing system which is based on a bunch-by-bunch (BxB) measurem...
At Duke University, a booster synchrotron was recently commissioned as part of the High Intensity Ga...
Good control of key parameters like dipole field, tune and chromaticity is a basic requirement for f...
It is discovered that the accumulated current in injection can be raised easily from 200mA to 300mA ...
The Advanced Photon Source (APS) booster ramp cycle is completed within 250ms and repeated at 2Hz, a...
In Hefei Light Source (HLS), coupled-bunch instabilities are major limiting factors in achieving hig...
Storage rings are circular machines that store particle beams at a constant energy. Beams are stored...
Hefei Light Source (HLS) is a second generation light source, whose emittance is about 160 nmrad in ...
Although the dominant fields in accelerator electromagnets are proportional to the excitation curren...
After summarising the required correction circuits in the LHC we will give a short summary of potent...
HLS (Hefei Light Source) is a second generation synchrotron radiation source. After injection into t...
The main body of HLS (Hefei Light Source) is an 800MeV electron storage ring, whose circumference is...
An automatic calibration system for BPM (Beam Position Monitor) of HLS (Hefei Synchrotron Radiation ...
are used for control with high-level computer. PLS is operating at 2.5 GeV full energy injection sin...
The Advanced Photon Source (APS) booster ramp cycle is completed within 250 ms and repeated at 2 Hz,...
In this paper, we introduce a bunch tracing system which is based on a bunch-by-bunch (BxB) measurem...
At Duke University, a booster synchrotron was recently commissioned as part of the High Intensity Ga...
Good control of key parameters like dipole field, tune and chromaticity is a basic requirement for f...
It is discovered that the accumulated current in injection can be raised easily from 200mA to 300mA ...
The Advanced Photon Source (APS) booster ramp cycle is completed within 250ms and repeated at 2Hz, a...
In Hefei Light Source (HLS), coupled-bunch instabilities are major limiting factors in achieving hig...
Storage rings are circular machines that store particle beams at a constant energy. Beams are stored...
Hefei Light Source (HLS) is a second generation light source, whose emittance is about 160 nmrad in ...
Although the dominant fields in accelerator electromagnets are proportional to the excitation curren...
After summarising the required correction circuits in the LHC we will give a short summary of potent...