Add to ORKGThe analytical expression for the magnetic field of helical coils is presented. In particular, the multipole coefficients are introduced for helical dipole magnets, which are essential components of Siberian Snakes and spin rotators for polarized proton acceleration at RHIC. In addition, the comparison between analytical and numerical calculations is presented for simple helical dipole magnets.
To achieve high energy polarized proton collisions polarized beams first have to be accelerated whic...
The intrinsic limit of field homogeneity and the relation between the field homogeneity and multipol...
This note describes the formalism and conventions used by the RHIC magnetic measurements group in de...
The magnetic field due to a current flowing in a helical conductor placed inside a cylindrical hole ...
Superconducting helical dipole magnets will be used in RHIC to maintain polarization and to perform ...
A series of four Snake and eight Rotator superconducting helical magnet assemblies has been built an...
In order to collide polarized protons, the RHIC project will have two snakes in each ring and four r...
For the program of polarized protons in RHIC, two Siberian snakes and four spin rotators per ring wi...
Helical dipole magnets are required in a project for the Relativistic Heavy Ion Collider (RHIC) to c...
Various possible spin rotator and siberian snake schemes are considered for use at the RHIC collider...
With the collaboration between Brookhaven National Lab. (BNL) and RIKEN, the helical dipole magnets ...
Magnetic fields with helical symmetry can be parameter-ized using multipole coefficients (~an;~bn). ...
The structure of the four Siberian Snakes and eight Spin Rotators being designed for RHIC is discuss...
A normal conducting helical dipole magnet, which will improve depolarization of polarized proton bea...
Abstract: In order to collide polarized protons, the RHIC project will have two snakes in each ring ...
To achieve high energy polarized proton collisions polarized beams first have to be accelerated whic...
The intrinsic limit of field homogeneity and the relation between the field homogeneity and multipol...
This note describes the formalism and conventions used by the RHIC magnetic measurements group in de...
The magnetic field due to a current flowing in a helical conductor placed inside a cylindrical hole ...
Superconducting helical dipole magnets will be used in RHIC to maintain polarization and to perform ...
A series of four Snake and eight Rotator superconducting helical magnet assemblies has been built an...
In order to collide polarized protons, the RHIC project will have two snakes in each ring and four r...
For the program of polarized protons in RHIC, two Siberian snakes and four spin rotators per ring wi...
Helical dipole magnets are required in a project for the Relativistic Heavy Ion Collider (RHIC) to c...
Various possible spin rotator and siberian snake schemes are considered for use at the RHIC collider...
With the collaboration between Brookhaven National Lab. (BNL) and RIKEN, the helical dipole magnets ...
Magnetic fields with helical symmetry can be parameter-ized using multipole coefficients (~an;~bn). ...
The structure of the four Siberian Snakes and eight Spin Rotators being designed for RHIC is discuss...
A normal conducting helical dipole magnet, which will improve depolarization of polarized proton bea...
Abstract: In order to collide polarized protons, the RHIC project will have two snakes in each ring ...
To achieve high energy polarized proton collisions polarized beams first have to be accelerated whic...
The intrinsic limit of field homogeneity and the relation between the field homogeneity and multipol...
This note describes the formalism and conventions used by the RHIC magnetic measurements group in de...