The magnetic phase diagram of CeSb for a magnetic field applied along a direction has been determined by means of magnetization and neutron diffraction experiments. The results confirm those obtained previously [1] for a magnetic field applied along a direction which have established the existence of a quite original magnetic ordering consisting in sequences of ferromagnetic and non magnetized (100) planes.Nous avons déterminé le diagramme de phase de CeSb pour un champ magnétique appliqué selon une direction au moyen d'expériences d'aimantation et de diffraction neutronique. Ces résultats confirment ceux obtenus précédemment pour un champ magnétique appliqué selon une direction qui ont montré l'existence d'un ordre magnétique tout à fa...
The magnetic phase diagrams of erbium in the magnetic field–temperature plane have been constructed...
Neutron diffraction has been used to determine the magnetic order in the metamagnetic phases of ErNi...
In contrast to magnetic order formed by electrons’ dipolar moments, ordering phenomena associated wi...
The magnetic phase diagram of CeSb for a magnetic field applied along a direction has been determin...
Temperature and field-dependent magnetizationM(T,H) measurements and neutron scatteringstudy of a si...
Funding: CT and PW acknowledge support from EPSRC through EP/R031924/1 and EP/T031441/1. Work at the...
We have investigated the magnetic structure of the fcc antiferromagnet HoB12 by magnetization and ...
We have measured the magnetic field dependence of the paramagnetic to the field-induced high-tempera...
Cerium diantimonide (CeSb2) is one of a family of rare-earth-based magnetic materials that exhibit m...
We have investigated the magnetic structure of the fcc antiferromagnet HoB12 and of some other dode...
Our neutron diffraction experiments on CePdAl single crystal down to 0.36 K do not reveal any additi...
Les spectres Mössbauer de 121Sb dans CeSb et GdSb ont été mesurés à 77 K et 4,2 K. Le champ magnétiq...
We have observed the magnetic-phase transitions of CeSb and CeBi by a magnetic circular dichroism sp...
4 pages - presented at: the 3rd Hiroshima Workshop "Novel Functional Materials with Multinary Freedo...
Neutron diffraction studies of antiferromagnetic garnet Ca3Mn 2Ge3O12 in magnetic fields have been m...
The magnetic phase diagrams of erbium in the magnetic field–temperature plane have been constructed...
Neutron diffraction has been used to determine the magnetic order in the metamagnetic phases of ErNi...
In contrast to magnetic order formed by electrons’ dipolar moments, ordering phenomena associated wi...
The magnetic phase diagram of CeSb for a magnetic field applied along a direction has been determin...
Temperature and field-dependent magnetizationM(T,H) measurements and neutron scatteringstudy of a si...
Funding: CT and PW acknowledge support from EPSRC through EP/R031924/1 and EP/T031441/1. Work at the...
We have investigated the magnetic structure of the fcc antiferromagnet HoB12 by magnetization and ...
We have measured the magnetic field dependence of the paramagnetic to the field-induced high-tempera...
Cerium diantimonide (CeSb2) is one of a family of rare-earth-based magnetic materials that exhibit m...
We have investigated the magnetic structure of the fcc antiferromagnet HoB12 and of some other dode...
Our neutron diffraction experiments on CePdAl single crystal down to 0.36 K do not reveal any additi...
Les spectres Mössbauer de 121Sb dans CeSb et GdSb ont été mesurés à 77 K et 4,2 K. Le champ magnétiq...
We have observed the magnetic-phase transitions of CeSb and CeBi by a magnetic circular dichroism sp...
4 pages - presented at: the 3rd Hiroshima Workshop "Novel Functional Materials with Multinary Freedo...
Neutron diffraction studies of antiferromagnetic garnet Ca3Mn 2Ge3O12 in magnetic fields have been m...
The magnetic phase diagrams of erbium in the magnetic field–temperature plane have been constructed...
Neutron diffraction has been used to determine the magnetic order in the metamagnetic phases of ErNi...
In contrast to magnetic order formed by electrons’ dipolar moments, ordering phenomena associated wi...