Add to ORKGIn this paper we describe a new numerical code to calculate wake fields of resistive wall geometries. Our code is based on conformal implicit scheme. It allows to estimate wake fields of very short bunches taking into account transient resistive effects neglected in the European XFEL impedance budget so far
The vertical and horizontal impedance budgets of the European Synchrotron Radiation Facility (ESRF) ...
Abstract. The implementation of a resistive-wall extension to the non-linear MHD-code JOREK via a co...
The wake fields of a bunched beam caused by the resistivity of the chamber walls are investigated fo...
Yaman, Fatih/0000-0002-4745-9957WOS: 000506165400052The aim of this study is to quantify longitudina...
We calculate the impedance and the wake functions for laminated structures with parallel-planes and ...
We report on a new numerical technique for the computation of the wakefields excited by...
To suppress the emission of secondary electrons in accel-erators with positively charged beams (ions...
We report on a new numerical technique for the computation of the wakefields excited by...
The usual approach for the resistive pipe wall assumes the beam moves with the speed of light. For m...
Usual treatments of resistive wall effects in accelerators are limited to the normal skin effect reg...
Within the ultrarelativistic limit, analytical expressions are found for the high-frequency resistiv...
The usual formulas for the resistive-wall wake field are derived considering ultrarelativistic beams...
Within the ultrarelativistic limit, analytical expressions are found for the high-frequency resistiv...
In the presented talk, I talked about the Resistive wall Impedance modeling in FCC booster and main...
Wakefield effects due to arbitrary 3D geometries can be estimated with the Parallel Beam Cavity Inte...
The vertical and horizontal impedance budgets of the European Synchrotron Radiation Facility (ESRF) ...
Abstract. The implementation of a resistive-wall extension to the non-linear MHD-code JOREK via a co...
The wake fields of a bunched beam caused by the resistivity of the chamber walls are investigated fo...
Yaman, Fatih/0000-0002-4745-9957WOS: 000506165400052The aim of this study is to quantify longitudina...
We calculate the impedance and the wake functions for laminated structures with parallel-planes and ...
We report on a new numerical technique for the computation of the wakefields excited by...
To suppress the emission of secondary electrons in accel-erators with positively charged beams (ions...
We report on a new numerical technique for the computation of the wakefields excited by...
The usual approach for the resistive pipe wall assumes the beam moves with the speed of light. For m...
Usual treatments of resistive wall effects in accelerators are limited to the normal skin effect reg...
Within the ultrarelativistic limit, analytical expressions are found for the high-frequency resistiv...
The usual formulas for the resistive-wall wake field are derived considering ultrarelativistic beams...
Within the ultrarelativistic limit, analytical expressions are found for the high-frequency resistiv...
In the presented talk, I talked about the Resistive wall Impedance modeling in FCC booster and main...
Wakefield effects due to arbitrary 3D geometries can be estimated with the Parallel Beam Cavity Inte...
The vertical and horizontal impedance budgets of the European Synchrotron Radiation Facility (ESRF) ...
Abstract. The implementation of a resistive-wall extension to the non-linear MHD-code JOREK via a co...
The wake fields of a bunched beam caused by the resistivity of the chamber walls are investigated fo...