Journal ArticleThis paper presents an application of a SQUID magnetometer for low temperature thermometry using the magnetic properties of a nuclear paramagnet. The static magnetization of a material which obeys Curie's law provides a very sensitive means of thermometry. Also included in the device is the capability to observe, also with a SQUID magnetometer, the nuclear spin-lattice relaxation time TJ using NMR methods. This allows a temperature self-calibration of the thermometer system. As an example of a suitable nuclear paramagnet, magnetization and relaxation time data are presented for aluminum
Nous démontrons l'application d'un magnétomètre SQUID à la détection de RPE aux temperatures du mill...
New paramagnetic susceptibility thermometers have been developed for use in fundamental physics miss...
A proposed magnetometer for use in a cryogenic environment would be sensitive enough to measure a ma...
Journal ArticleA SQUID magnetometer used in the study of dilute magnetic alloys or other weak magnet...
Journal ArticleSince a SQUID magnetometer is an extremely sensitive device capable of detecting min...
A novel setup for the measurement of magnetic fields external to certain antiferromagnets and genera...
To further the understanding of heavy fermion materials measurements have to be extended to lower te...
A small, high resolution paramagnetic susceptibility thermometer was developed using a GdCl3 paramag...
In this thesis are described further developments in the design and construction of apparatus for pr...
This thesis describes the development of low-field Nuclear Magnetic Resonance (NMR) systems based on...
We present a compact nuclear magnetic resonance (NMR) probe which is compatible with a magnet of a c...
This thesis describes the development of low-field Nuclear Magnetic Resonance (NMR) systems based o...
This thesis describes the development of a high-resolution soft X-ray detector based on metallic mag...
The measurement of temperature in a Magic Angle Spinning NMR probe in the temperature range 85-300 K...
Authors thank the Max-Planck Society and Deutsche Forschungsgemeinschaft, project “Fermi-surface top...
Nous démontrons l'application d'un magnétomètre SQUID à la détection de RPE aux temperatures du mill...
New paramagnetic susceptibility thermometers have been developed for use in fundamental physics miss...
A proposed magnetometer for use in a cryogenic environment would be sensitive enough to measure a ma...
Journal ArticleA SQUID magnetometer used in the study of dilute magnetic alloys or other weak magnet...
Journal ArticleSince a SQUID magnetometer is an extremely sensitive device capable of detecting min...
A novel setup for the measurement of magnetic fields external to certain antiferromagnets and genera...
To further the understanding of heavy fermion materials measurements have to be extended to lower te...
A small, high resolution paramagnetic susceptibility thermometer was developed using a GdCl3 paramag...
In this thesis are described further developments in the design and construction of apparatus for pr...
This thesis describes the development of low-field Nuclear Magnetic Resonance (NMR) systems based on...
We present a compact nuclear magnetic resonance (NMR) probe which is compatible with a magnet of a c...
This thesis describes the development of low-field Nuclear Magnetic Resonance (NMR) systems based o...
This thesis describes the development of a high-resolution soft X-ray detector based on metallic mag...
The measurement of temperature in a Magic Angle Spinning NMR probe in the temperature range 85-300 K...
Authors thank the Max-Planck Society and Deutsche Forschungsgemeinschaft, project “Fermi-surface top...
Nous démontrons l'application d'un magnétomètre SQUID à la détection de RPE aux temperatures du mill...
New paramagnetic susceptibility thermometers have been developed for use in fundamental physics miss...
A proposed magnetometer for use in a cryogenic environment would be sensitive enough to measure a ma...