Add to ORKGALS top-off mode of operation will require injection of the electron beam from the Booster Ring into the Storage Ring at the full ALS energy level of 1.9 GeV. Currently the Booster delivers a beam at 1.5GeV to the Storage Ring where it is then ramped to the full energy and stored for the user operation. The higher Booster beam energy will require the pulse magnets in the Booster and Storage Rings to operate at proportionally higher magnetic gap fields. Our group studied and tested the possible design and installation modifications required to operate the magnets and drivers at "top-off " levels. Our results and experiments show that with minor electrical modifications all the existing pulse magnet systems can be used at the higher...
The PLS injects 2.0 GeV electron beams from Linac to storage ring (SR). After storing the current to...
The PLS injects 2.0 GeV electron beams from Linac to storage ring (SR). After storing the current to...
Typically storage ring light sources operate with the maximum number of bunches as possible with a g...
ALS top-off mode of operation will require injection of the electron beam from the Booster Ring into...
ALS top-off mode of operation will require injection of the electron beam from the Booster Ring int...
The Advanced Light Source (ALS) will soon be upgraded to enable top-off operations [1], in which ele...
A special interleaving operation of the Advanced Photon Source’s injector requires three dipole magn...
New power circuit and control electronics have been implemented in the septum magnet power supplies ...
An upgrade program for increasing the stored beam current in the Proton Storage is presently under w...
Eddy current thin septum magnets are used to inject or extract the electron beam to/from the Booster...
The brightness and thermal stability of the Advanced Light Source (ALS) is lifetime limited. Brightn...
At Duke University, a booster synchrotron was recently commissioned as part of the High Intensity Ga...
The ELETTRA linear injector that provides a maximum energy of 1.2 GeV will be replaced by a new boos...
The Advanced Light Source is currently being upgraded for top-off operation. This major facility upg...
Top Up injections without noticeable motion of the stored beam is a challenge. The common method of ...
The PLS injects 2.0 GeV electron beams from Linac to storage ring (SR). After storing the current to...
The PLS injects 2.0 GeV electron beams from Linac to storage ring (SR). After storing the current to...
Typically storage ring light sources operate with the maximum number of bunches as possible with a g...
ALS top-off mode of operation will require injection of the electron beam from the Booster Ring into...
ALS top-off mode of operation will require injection of the electron beam from the Booster Ring int...
The Advanced Light Source (ALS) will soon be upgraded to enable top-off operations [1], in which ele...
A special interleaving operation of the Advanced Photon Source’s injector requires three dipole magn...
New power circuit and control electronics have been implemented in the septum magnet power supplies ...
An upgrade program for increasing the stored beam current in the Proton Storage is presently under w...
Eddy current thin septum magnets are used to inject or extract the electron beam to/from the Booster...
The brightness and thermal stability of the Advanced Light Source (ALS) is lifetime limited. Brightn...
At Duke University, a booster synchrotron was recently commissioned as part of the High Intensity Ga...
The ELETTRA linear injector that provides a maximum energy of 1.2 GeV will be replaced by a new boos...
The Advanced Light Source is currently being upgraded for top-off operation. This major facility upg...
Top Up injections without noticeable motion of the stored beam is a challenge. The common method of ...
The PLS injects 2.0 GeV electron beams from Linac to storage ring (SR). After storing the current to...
The PLS injects 2.0 GeV electron beams from Linac to storage ring (SR). After storing the current to...
Typically storage ring light sources operate with the maximum number of bunches as possible with a g...