Add to ORKGAbstract – In this work a general introduction to Helmholtz coil is presented and then attention is on a practical implementation of a wideband (50 kHz) coil for high magnetic flux density applications (several mT may be obtained). Field uniformity is within ±1.5 % and ±0.35 % inside cubic volumes of 25 % and 10 % of the coil side respectively, so suitable also for high accuracy applications such as sensor calibration. I
As the signal to noise ratio (SNR) in magnetic resonance imaging (MRI) improves with increasing stat...
The design process of a general-purpose high- performance instrument for magnetic field measurement...
The objective of this project is to develop a radio frequency coil for high-field magnetic resonance...
International audienceIn this work a general introduction to Helmholtz coil is presented and then at...
In this work a general introduction to Helmholtz coil is presented and then attention is drawn to th...
This paper focuses on radiofrequency (RF) coils that can produce a high electromagnetic field homoge...
Abstract: This paper describes the construction of a Helmholtz coil to be used as a magnetic field g...
The coils are usually used to establish a known and uniform magnetic field zone for various applicat...
The magnetic flux density standard in the range 100 μT to 1000 μT has been established using a stand...
Characterizing and calibrating a low impedance large Helmholtz coil generating 60 Hz magnetic fields...
Generation, distribution and use of electrical energy is necessarily combined with low frequency ele...
The saddle coil is used in MRI/MRS (magnetoresonance imagging/scanning) applications in the position...
Design and testing of a prototype probe with high B1 magnetic field homogeneity that can be used for...
This paper focuses on Helmholtz-type coils that can produce a second-order homogeneity field to be u...
Measurement of magnetic fields generated by a high-energy, high-intensity laser-driven millimeter-sc...
As the signal to noise ratio (SNR) in magnetic resonance imaging (MRI) improves with increasing stat...
The design process of a general-purpose high- performance instrument for magnetic field measurement...
The objective of this project is to develop a radio frequency coil for high-field magnetic resonance...
International audienceIn this work a general introduction to Helmholtz coil is presented and then at...
In this work a general introduction to Helmholtz coil is presented and then attention is drawn to th...
This paper focuses on radiofrequency (RF) coils that can produce a high electromagnetic field homoge...
Abstract: This paper describes the construction of a Helmholtz coil to be used as a magnetic field g...
The coils are usually used to establish a known and uniform magnetic field zone for various applicat...
The magnetic flux density standard in the range 100 μT to 1000 μT has been established using a stand...
Characterizing and calibrating a low impedance large Helmholtz coil generating 60 Hz magnetic fields...
Generation, distribution and use of electrical energy is necessarily combined with low frequency ele...
The saddle coil is used in MRI/MRS (magnetoresonance imagging/scanning) applications in the position...
Design and testing of a prototype probe with high B1 magnetic field homogeneity that can be used for...
This paper focuses on Helmholtz-type coils that can produce a second-order homogeneity field to be u...
Measurement of magnetic fields generated by a high-energy, high-intensity laser-driven millimeter-sc...
As the signal to noise ratio (SNR) in magnetic resonance imaging (MRI) improves with increasing stat...
The design process of a general-purpose high- performance instrument for magnetic field measurement...
The objective of this project is to develop a radio frequency coil for high-field magnetic resonance...