Design of a VHF-band RF Photoinjector with Megahertz Beam Repetition Rate (2007)
Staples, J.W., Baptiste, K.M., Corlett, J.N., Kwiatkowski, S., Lidia, S.M., Qiang, J., ...
Hom dampers for ALS storage ring RF cavities (2003)
Kwiatkowski, S., Baptiste, K., Byrd, J., DeSantis, S., Julian, J., Low, R., ...
The main source of narrowband impedance in the Advanced Light Source (ALS) are higher order modes (HOMs) of the two main RF and three third harmonic cavities. These HOMs drive longitudinal and...
A dedicated storage ring for Far-IR coherent synchrotron radiation at the ALS (2002)
Barry, W.C., Baptist, K.M., Benjegerdes, R.J., Biocca, A.K., Byrd, J.M., Byrne, W.E., ...
We present the concepts for a storage ring dedicated to and optimized for the production of stable coherent synchrotron radiation (CSR) over the far-infrar ed wavelength range from about 200 microns...
A Dedicated Infrared Synchrotron Radiation Source At (2001)
W. Barry, A. Biocca, J. M. Byrd, W. Byrne, S. Kwiatkowski, M. C. Martin, ...
We present ideas for a storage ring dedicated to and optimized for the production of synchrotron radiation over the infrared wavelength range from 1-1000 m. The site for the 66 m circumference ring...
DESIGN OF THE 26.7 MHz RF CAVITY FOR RHIC (1998)
J. Rose, J. Brodowski, D. P. Deng, S. Kwiatkowski, W. Pirkl, A. Ratti
The accelerating system for RHIC operates at 26.7 MHz (h=342) and must capture the injected beam, accelerate it to top energy, and shorten the bunches prior to rebucketing into the storage (h=2508)...
J. Rose, J. Brodowski, R. Connolly, D. P. Deng, S. Kwiatkowski, W. Pirkl, ...
The RHIC rf systems must capture the injected beam, accelerate it through transition to top energy, shorten the bunches prior to rebucketing, and store the beam for 10 hours in the presence of strong...