We have carried out the first observation of spiral spin or chirality domains, in a single crystal of terbium in its helimagnetic phase, by polarized neutron diffraction topography. The different domain structures observed are a function of the thermal history of the sample. When the sample is warmed from the ferromagnetic phase one observes stripe domains with long axis perpendicular to the helical axis and width of ∼ 0.15 mm. Cooling the sample from the paramagnetic phase produces more randomly shaped domain structures, which are reproducible for a given distortion state of the sample.Nous avons effectué la première observation de domaines de chiralité, dans un monocristal de terbium porté dans sa phase hélimagnétique, par topographies au...
As one of the most powerful methods for investigating nuclear and magnetic structures, neutron diffr...
Topologically protected magnetic structures provide a robust platform for low power consumption devi...
International audienceA novel doubly chiral magnetic order is found out in the structurally chiral l...
We have carried out the first observation of spiral spin or chirality domains, in a single crystal o...
The concept of chirality, meaning left- or right-handedness, plays an essential role insymmetry prop...
A neutron diffraction study has shown that below 16.5 ± 1 K, TbBe 13 exhibits a spiral structure.. T...
To study the average value of the chirality in helically polarized antiferromagnets below T-N, the i...
Neutron diffraction from magnetic spiral structures is governed by strong selection rules for the po...
The low temperature magnetic properties of terbium orthoferrite have been studied by means of magnet...
peer reviewedWe present an experimental study of the magnetic microstructure in the nanocrystalline ...
The concept of chirality, meaning left- or right-handedness, plays an essential role in symmetry pro...
The evolution of chiral spin structures is studied in ferrimagnetic Ta Ir Fe GdFeCo Pt multilayers a...
We describe the detection by neutron diffraction of two new ordered phases in LiH, produced by nucle...
Possibilities of polarised neutrons in studies of chiral criticality are discussed. The critical exp...
The polarization-dependent part of the neutron scattering in the triangular-lattice antiferromagnet ...
As one of the most powerful methods for investigating nuclear and magnetic structures, neutron diffr...
Topologically protected magnetic structures provide a robust platform for low power consumption devi...
International audienceA novel doubly chiral magnetic order is found out in the structurally chiral l...
We have carried out the first observation of spiral spin or chirality domains, in a single crystal o...
The concept of chirality, meaning left- or right-handedness, plays an essential role insymmetry prop...
A neutron diffraction study has shown that below 16.5 ± 1 K, TbBe 13 exhibits a spiral structure.. T...
To study the average value of the chirality in helically polarized antiferromagnets below T-N, the i...
Neutron diffraction from magnetic spiral structures is governed by strong selection rules for the po...
The low temperature magnetic properties of terbium orthoferrite have been studied by means of magnet...
peer reviewedWe present an experimental study of the magnetic microstructure in the nanocrystalline ...
The concept of chirality, meaning left- or right-handedness, plays an essential role in symmetry pro...
The evolution of chiral spin structures is studied in ferrimagnetic Ta Ir Fe GdFeCo Pt multilayers a...
We describe the detection by neutron diffraction of two new ordered phases in LiH, produced by nucle...
Possibilities of polarised neutrons in studies of chiral criticality are discussed. The critical exp...
The polarization-dependent part of the neutron scattering in the triangular-lattice antiferromagnet ...
As one of the most powerful methods for investigating nuclear and magnetic structures, neutron diffr...
Topologically protected magnetic structures provide a robust platform for low power consumption devi...
International audienceA novel doubly chiral magnetic order is found out in the structurally chiral l...