In this paper the techniques available to make and calibrate magnetic search coils are reviewed, with emphasis on harmonic coil systems as the commonly-used optimal choice for integral measurements of accelerator magnets in terms of measuring range, accuracy, and cost. The topics treated, drawing extensively on half a century of experience at CERN, include mechanical and electrical design criteria, practical fabrication techniques, metrological considerations, and various calibration methods for coil parameters such as surface area, rotation radius, tilt angle etc. in both static or time-varying magnetic fields
The following thesis deals with the mathematical development, the numerical validation, the design, ...
Superconducting high field magnets are tightly constrained in terms of field quality, since such mag...
A rotating coil transducer for local measurements of magnetic field quality in magnets is proposed. ...
AbstractThe rotating search coil is a precise and widely used tool for measuring the magnetic field ...
This paper presents a rotating-coil magnetometer that was designed and validated for scanning local ...
The SSCL collider arc and high energy booster corrector magnets are 50 mm bore cryogenic magnets. Th...
An in situ procedure for calibrating equivalent magnetic area and rotation radius of rotating coils ...
An in situ procedure for calibrating equivalent magnetic area and rotation radius of rotating coils ...
A method to characterize permanent and fast-pulsed iron-dominated magnets with small apertures is p...
The rotating search coil is a commonly used tool to measure magnetic fields of accelerator magnets. ...
Rotating-coil magnetometers are among the most common and most accurate transducers for measuring th...
Various techniques are used to measure magnetic fields within the Magnetic Measurement (MM) section, ...
The rotating coil is a widely used tool to measure the magnetic field and the field errors in accele...
pp134-150International audienceA theoretical and experimental comparison of optimized search coils b...
This paper presents the mathematical foundations of magnetic measurement methods based on translatin...
The following thesis deals with the mathematical development, the numerical validation, the design, ...
Superconducting high field magnets are tightly constrained in terms of field quality, since such mag...
A rotating coil transducer for local measurements of magnetic field quality in magnets is proposed. ...
AbstractThe rotating search coil is a precise and widely used tool for measuring the magnetic field ...
This paper presents a rotating-coil magnetometer that was designed and validated for scanning local ...
The SSCL collider arc and high energy booster corrector magnets are 50 mm bore cryogenic magnets. Th...
An in situ procedure for calibrating equivalent magnetic area and rotation radius of rotating coils ...
An in situ procedure for calibrating equivalent magnetic area and rotation radius of rotating coils ...
A method to characterize permanent and fast-pulsed iron-dominated magnets with small apertures is p...
The rotating search coil is a commonly used tool to measure magnetic fields of accelerator magnets. ...
Rotating-coil magnetometers are among the most common and most accurate transducers for measuring th...
Various techniques are used to measure magnetic fields within the Magnetic Measurement (MM) section, ...
The rotating coil is a widely used tool to measure the magnetic field and the field errors in accele...
pp134-150International audienceA theoretical and experimental comparison of optimized search coils b...
This paper presents the mathematical foundations of magnetic measurement methods based on translatin...
The following thesis deals with the mathematical development, the numerical validation, the design, ...
Superconducting high field magnets are tightly constrained in terms of field quality, since such mag...
A rotating coil transducer for local measurements of magnetic field quality in magnets is proposed. ...