During heavy ion operation in several particle accelerators world-wide, dynamic pressure rises of orders of magnitude were triggered by lost beam ions that bombarded the vacuum chamber walls. This ion-induced molecular desorption, observed at CERN, GSI, and BNL, can seriously limit the ion beam lifetime and intensity of the accelerator. From dedicated test stand experiments we have discovered that heavy-ion induced gas desorption scales with the electronic energy loss (dE{sub e}/d/dx) of the ions slowing down in matter; but it varies only little with the ion impact angle, unlike electronic sputtering
The ion induced desorption is a severe luminosity limitation for low charge state heavy ion accelera...
Electron clouds limit the performance of many major accelerators and storage rings. Significant quan...
In preparation for the heavy ion program of the Large Hadron Collider at CERN, accumulation and cool...
During heavy ion operation in several particle accelerators world-wide, dynamic pressure rises of or...
During heavy-ion operation in several particle accelerators worldwide, dynamic pressure rises of ord...
During high-intensity heavy-ion operation of several particle accelerators worldwide, large dynamic ...
During operation of heavy ion accelerators a significant pressure rise has been observed when the in...
Ion-stimulated desorption is a serious problem regarding intensity limitation for heavy ion circular...
During heavy ion operation, large pressure rises, up to a few orders of magnitude, were observed at ...
The ion-induced pressure instability is a hard limitation for the maximum intensity, and hence the u...
During heavy ion operation, large pressure rises, up to a few orders of magnitude, were observed at ...
During high-intensity heavy-ion operation of several particle accelerators worldwide, large dynamic ...
In preparation for the heavy ion program of the Large Hadron Collider (LHC) at CERN, accumulation an...
In preparation for the heavy ion program of the LHC, accumulation and cooling test with lead ion bea...
The ion-induced desorption experiment, installed in the CERN Heavy-Ion Accelerator LINAC 3, has been...
The ion induced desorption is a severe luminosity limitation for low charge state heavy ion accelera...
Electron clouds limit the performance of many major accelerators and storage rings. Significant quan...
In preparation for the heavy ion program of the Large Hadron Collider at CERN, accumulation and cool...
During heavy ion operation in several particle accelerators world-wide, dynamic pressure rises of or...
During heavy-ion operation in several particle accelerators worldwide, dynamic pressure rises of ord...
During high-intensity heavy-ion operation of several particle accelerators worldwide, large dynamic ...
During operation of heavy ion accelerators a significant pressure rise has been observed when the in...
Ion-stimulated desorption is a serious problem regarding intensity limitation for heavy ion circular...
During heavy ion operation, large pressure rises, up to a few orders of magnitude, were observed at ...
The ion-induced pressure instability is a hard limitation for the maximum intensity, and hence the u...
During heavy ion operation, large pressure rises, up to a few orders of magnitude, were observed at ...
During high-intensity heavy-ion operation of several particle accelerators worldwide, large dynamic ...
In preparation for the heavy ion program of the Large Hadron Collider (LHC) at CERN, accumulation an...
In preparation for the heavy ion program of the LHC, accumulation and cooling test with lead ion bea...
The ion-induced desorption experiment, installed in the CERN Heavy-Ion Accelerator LINAC 3, has been...
The ion induced desorption is a severe luminosity limitation for low charge state heavy ion accelera...
Electron clouds limit the performance of many major accelerators and storage rings. Significant quan...
In preparation for the heavy ion program of the Large Hadron Collider at CERN, accumulation and cool...