The longitudinal and transverse microwave instabilities are the two important limiting factors for the performance of an accelerator. Comparing with the fairly unified approach for the longitudinal microwave instabilities, different approaches have been used to define the transverse microwave instabilities. One reason of this is related to the role played by the space charge incoherent and coherent tune shifts. In this article, the transverse microwave instabilities will be discussed by defining separately the roles of the space charge incoherent and coherent tunes, which are represented by the space charge transverse impedances. Preliminary results for the AGS as proton driver are presented by using this approach
In recent years, many applications are being considered for low energy high intensity proton synchro...
The head-tail modes are described for the space charge tune shift significantly exceeding the synchr...
Beam coupling impedance is a fundamental parameter to characterize the electromagnetic interaction o...
Improving the accuracy of the impedance model of an accelerator is important for keeping beam instab...
The theory of impedance-induced bunched-beam coherent instabilities is reviewed following Laclare's ...
Issues concerning beam stability of the proposed Fermilab Proton Driver are studied in its Phase I. ...
Issues concerning beam stability of the proposed Fermi-lab proton driver are studied in its Phase I....
In single bunch the detuning of the transverse modes m=0,1 and –1 is calculated on the base of an im...
Coherent transverse oscillations of a bunched beam are considered at space charge dominated impedanc...
Transverse coherent oscillations of a bunched beam in a ring accelerator are considered with space c...
The complex resistive wall impedance generates a non-uniform transverse focussing along a bunch trai...
The RHIC luminosity upgrade program aims for an increase of the polarized proton luminosity by a fac...
Landau damping of head-tail modes in bunches due to spreads in the tune shift can be a deciding fact...
The subject of this paper will be the transverse stability in the SPS of the high intensity fixed ta...
The LEIR machine is the first synchrotron in the ion acceleration chain at CERN and it is responsibl...
In recent years, many applications are being considered for low energy high intensity proton synchro...
The head-tail modes are described for the space charge tune shift significantly exceeding the synchr...
Beam coupling impedance is a fundamental parameter to characterize the electromagnetic interaction o...
Improving the accuracy of the impedance model of an accelerator is important for keeping beam instab...
The theory of impedance-induced bunched-beam coherent instabilities is reviewed following Laclare's ...
Issues concerning beam stability of the proposed Fermilab Proton Driver are studied in its Phase I. ...
Issues concerning beam stability of the proposed Fermi-lab proton driver are studied in its Phase I....
In single bunch the detuning of the transverse modes m=0,1 and –1 is calculated on the base of an im...
Coherent transverse oscillations of a bunched beam are considered at space charge dominated impedanc...
Transverse coherent oscillations of a bunched beam in a ring accelerator are considered with space c...
The complex resistive wall impedance generates a non-uniform transverse focussing along a bunch trai...
The RHIC luminosity upgrade program aims for an increase of the polarized proton luminosity by a fac...
Landau damping of head-tail modes in bunches due to spreads in the tune shift can be a deciding fact...
The subject of this paper will be the transverse stability in the SPS of the high intensity fixed ta...
The LEIR machine is the first synchrotron in the ion acceleration chain at CERN and it is responsibl...
In recent years, many applications are being considered for low energy high intensity proton synchro...
The head-tail modes are described for the space charge tune shift significantly exceeding the synchr...
Beam coupling impedance is a fundamental parameter to characterize the electromagnetic interaction o...