Today's best magnetic materials show almost analytic behavior. This is used here todevelop a formalism, which deduces positional errors of magnet blocks from a measuredmultipole spectrum of a permanent magnetic quadrupole. This leads to the possibilityto correct for the positional errors and to reduce unwanted harmonics. Even harmonicsresulting from the slight dependence of magnetization of intemal field can be reducedby this method. Further optimization can be done by a sorting algorithm especiallydeveloped for this quadrupole as each segment is composed of several similar magneticblocks interchangeable between different segments
The dipole approximation for magnetic fields has become a common simplifying assumption in magnetic-...
This paper reports a study on the optimal magnetic design of a compact quadrupole electromagnet for ...
A method to characterize permanent and fast-pulsed iron-dominated magnets with small apertures is p...
A group of codes has been developed using a new method for designing the pole profile of a quadrupol...
32-35The field quality of magnets can be improved by optimizing the shape of the pole. One often us...
A good field quality is always requested to achieve for the low- beta quadrupole magnet being used i...
A concept is presented to design magnets using cylindrical-shaped permanent-magnet blocks, where var...
Magnetic position sensing is based on the measurement of the magnetization pattern of a di-pole, or ...
Correction magnets correct the field imperfections and alignment errors of the main quadrupole and b...
The main objective of the work presented in this thesis is the design of a quadrupole magnet based o...
In magnetic singularity identification (MSI) of coonducting and permeable scatterers one considers t...
Extracting the coefficients of Fourier–Bessel series, known as pseudo-multipoles or generalized grad...
The problem of defining effective sorting strategies for the random errors of a magnetic lattice is ...
© 2020 Author(s). We demonstrate an experimental method for the improvement of the magnetic field ho...
A single conducting wire is used for localizing the magnetic axis of a quadrupole magnet. The locali...
The dipole approximation for magnetic fields has become a common simplifying assumption in magnetic-...
This paper reports a study on the optimal magnetic design of a compact quadrupole electromagnet for ...
A method to characterize permanent and fast-pulsed iron-dominated magnets with small apertures is p...
A group of codes has been developed using a new method for designing the pole profile of a quadrupol...
32-35The field quality of magnets can be improved by optimizing the shape of the pole. One often us...
A good field quality is always requested to achieve for the low- beta quadrupole magnet being used i...
A concept is presented to design magnets using cylindrical-shaped permanent-magnet blocks, where var...
Magnetic position sensing is based on the measurement of the magnetization pattern of a di-pole, or ...
Correction magnets correct the field imperfections and alignment errors of the main quadrupole and b...
The main objective of the work presented in this thesis is the design of a quadrupole magnet based o...
In magnetic singularity identification (MSI) of coonducting and permeable scatterers one considers t...
Extracting the coefficients of Fourier–Bessel series, known as pseudo-multipoles or generalized grad...
The problem of defining effective sorting strategies for the random errors of a magnetic lattice is ...
© 2020 Author(s). We demonstrate an experimental method for the improvement of the magnetic field ho...
A single conducting wire is used for localizing the magnetic axis of a quadrupole magnet. The locali...
The dipole approximation for magnetic fields has become a common simplifying assumption in magnetic-...
This paper reports a study on the optimal magnetic design of a compact quadrupole electromagnet for ...
A method to characterize permanent and fast-pulsed iron-dominated magnets with small apertures is p...