This paper shows the exact identity of power and Fourier series analysis of magnetic field for the dipole magnet. As this result, for magnetic field analysis of high energy accelerator, a same Fourier serier offline analysis computer program can be used to treat the measured data of magnetic field for various magnet types
These lectures will present an overview of the most common techniques used for the measurement of ma...
In this paper, several of analytical methods for modelling the magnetic field are described. These m...
High energies physics is nowadays challenging the unprecedented opportunity of studying and investig...
In this paper, we present a generalized approach for the harmonic analysis of the magnetic field in ...
Magnetic multipole elements play an important role in particle accelerators, and their potentials ar...
on ic ula n i dif s; Dipole magnetic field; Stability condition ticular solutions. Dragt (1964) in a...
Mathematical foundations of field computation and magnetic measurements for accelerator magnets Mag...
Analytical and numerical field computation methods for the design of conventional and superconductin...
In charged particle accelerators, higher order optics studies become important from various points o...
The paper describes the recent efforts in establishing a consistent basis for beam physics simulatio...
The dipole magnets are used frequently in the different types of accelerators. The solution of Lapla...
Extracting the coefficients of Fourier–Bessel series, known as pseudo-multipoles or generalized grad...
This paper illustrates the use of a simple interactive magnetic field calculator (IMC) program to es...
In contrast to some programs, intended for modeling 2D magnetic elds, widely known commercial 3D CAD...
Permanent magnets are now finding increasing application in industrial and consumer devices. Therefo...
These lectures will present an overview of the most common techniques used for the measurement of ma...
In this paper, several of analytical methods for modelling the magnetic field are described. These m...
High energies physics is nowadays challenging the unprecedented opportunity of studying and investig...
In this paper, we present a generalized approach for the harmonic analysis of the magnetic field in ...
Magnetic multipole elements play an important role in particle accelerators, and their potentials ar...
on ic ula n i dif s; Dipole magnetic field; Stability condition ticular solutions. Dragt (1964) in a...
Mathematical foundations of field computation and magnetic measurements for accelerator magnets Mag...
Analytical and numerical field computation methods for the design of conventional and superconductin...
In charged particle accelerators, higher order optics studies become important from various points o...
The paper describes the recent efforts in establishing a consistent basis for beam physics simulatio...
The dipole magnets are used frequently in the different types of accelerators. The solution of Lapla...
Extracting the coefficients of Fourier–Bessel series, known as pseudo-multipoles or generalized grad...
This paper illustrates the use of a simple interactive magnetic field calculator (IMC) program to es...
In contrast to some programs, intended for modeling 2D magnetic elds, widely known commercial 3D CAD...
Permanent magnets are now finding increasing application in industrial and consumer devices. Therefo...
These lectures will present an overview of the most common techniques used for the measurement of ma...
In this paper, several of analytical methods for modelling the magnetic field are described. These m...
High energies physics is nowadays challenging the unprecedented opportunity of studying and investig...
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