The detector solenoid of CLIC causes a range of aberrations on the beam at the interaction point, particularly due to its overlap with the final focus magnets. These effects are corrected using antisolenoid correction coils on the final quadrupole before the collision point. In this note, we use the interaction region beam dynamics code IRSYN to compute the impact of the SiD solenoid on the beam and benchmark the anti-solenoid correction. We find the correction is achieved, with a small residual amount of beam aberration which is correctable using the beam delivery system. This provides a validation of the correction and a benchmark of IRSYN to existing codes
In the International Linear Collider (ILC) [1] the colliding beams must be focused to the nanometer ...
Commissioning the compensation system of the solenoid in the BaBar detector presents a challenging p...
Lower limits on the crossing angle at the interaction-point (IP) of the compact linear collider (CLI...
In this paper, we discuss the optics effects of the realistic detector solenoid field on beam size a...
The emission of Synchrotron Radiation in the CLIC BDS is one of the major limitations of the machine...
The main detector solenoid and associated magnets can have an important impact on the CLIC luminosit...
The PEP-II experimental detector includes a strong 1.5 T solenoid field in the interaction region (I...
In order to obtain the necessary luminosity with a reasonable amount of beam power, the Compact Line...
We present an approach for compensating adverse effects of the detector solenoid in the SuperB Inter...
In the CLIC SiD experiment design baseline, with the machine parameter L* set to 3.5 m, the\nfinal f...
The SUPER-B detector solenoid has a strong 1.5 T field in the Interaction Region (IR) area, and its ...
The magnet system for the CLIC Detector concepts is composed of the central solenoid in combination ...
This paper presents a method for compensating the vertical orbit change through the interaction regi...
Future linear colliders may require a nonzero crossing angle between the two beams at the interactio...
This paper presents analysis of detector solenoid effects on primary disrupted beam in the ILC 14 mr...
In the International Linear Collider (ILC) [1] the colliding beams must be focused to the nanometer ...
Commissioning the compensation system of the solenoid in the BaBar detector presents a challenging p...
Lower limits on the crossing angle at the interaction-point (IP) of the compact linear collider (CLI...
In this paper, we discuss the optics effects of the realistic detector solenoid field on beam size a...
The emission of Synchrotron Radiation in the CLIC BDS is one of the major limitations of the machine...
The main detector solenoid and associated magnets can have an important impact on the CLIC luminosit...
The PEP-II experimental detector includes a strong 1.5 T solenoid field in the interaction region (I...
In order to obtain the necessary luminosity with a reasonable amount of beam power, the Compact Line...
We present an approach for compensating adverse effects of the detector solenoid in the SuperB Inter...
In the CLIC SiD experiment design baseline, with the machine parameter L* set to 3.5 m, the\nfinal f...
The SUPER-B detector solenoid has a strong 1.5 T field in the Interaction Region (IR) area, and its ...
The magnet system for the CLIC Detector concepts is composed of the central solenoid in combination ...
This paper presents a method for compensating the vertical orbit change through the interaction regi...
Future linear colliders may require a nonzero crossing angle between the two beams at the interactio...
This paper presents analysis of detector solenoid effects on primary disrupted beam in the ILC 14 mr...
In the International Linear Collider (ILC) [1] the colliding beams must be focused to the nanometer ...
Commissioning the compensation system of the solenoid in the BaBar detector presents a challenging p...
Lower limits on the crossing angle at the interaction-point (IP) of the compact linear collider (CLI...