The helimagnetic ground state was induced in the hexagonal Y2Fe17 and Lu2Fe17 intermetallics by hydrostatic pressure above 1.05 and 0.3 GPa, respectively. The observed incommensurate helical structure was characterized by a propagation vector 0 0 tz and by a metamagnetic transition at the critical field Hc. The new incommensurate magnetic structure has been revealed now in Lu2Fe17 at magnetic fields above Hc at low temperatures. A detailed pressure temperature field evolution of the magnetic structures in Y2Fe17 and Lu2Fe17 is presente
Pressure effect on magnetic transition temperatures of intermetallic compound Ce(Fe0.945Al0.055)2 wa...
We study the magnetocaloric metamagnetic transition in LaFe11.74Mn0.06Si1.20 and LaFe11.76Mn0.06Si1....
International audienceThe structural and magnetic properties of Y1−xErxFe2 intermetallic compounds a...
The incommensurate helimagnetic structure IHS in the Lu2Fe17 intermetallics has been induced at 5 ...
International audienceThe antiferromagnetic state observed in Lu2Fe17 at elevated temperatures is st...
Magnetization, magnetocrystalline anisotropy and magnetic susceptibility of a single crystal of the ...
International audienceAn experimental study of correlations between the magnetovolume effects and th...
The magnetic properties of the non-stoichiometric Tm2Fe16 compound under hydrostatic pressures up to...
Magneto-caloric effect of Lu2Fe17 and Y2Fe17 single crystals was measured at ambient pressure and u...
The magnetic properties of the non-stoichiometric Tm2Fe16 compound under hydrostatic pressures up to...
A crystal structure of Lu2Fe17 was studied by means of neutron powder diffraction method in the pre...
International audienceThe study of the structural and magnetic properties of YFe2D4.2 under high pre...
Results of the magnetic structure studies of R.sub.2./sub.Fe.sub.17./sub. intermetallics with non-ma...
International audienceThe effect of hydrostatic pressure on complex magnetic phase diagram of LuFe2O...
In my work, magnetic and structural transitions of three categories of compounds are investigated by...
Pressure effect on magnetic transition temperatures of intermetallic compound Ce(Fe0.945Al0.055)2 wa...
We study the magnetocaloric metamagnetic transition in LaFe11.74Mn0.06Si1.20 and LaFe11.76Mn0.06Si1....
International audienceThe structural and magnetic properties of Y1−xErxFe2 intermetallic compounds a...
The incommensurate helimagnetic structure IHS in the Lu2Fe17 intermetallics has been induced at 5 ...
International audienceThe antiferromagnetic state observed in Lu2Fe17 at elevated temperatures is st...
Magnetization, magnetocrystalline anisotropy and magnetic susceptibility of a single crystal of the ...
International audienceAn experimental study of correlations between the magnetovolume effects and th...
The magnetic properties of the non-stoichiometric Tm2Fe16 compound under hydrostatic pressures up to...
Magneto-caloric effect of Lu2Fe17 and Y2Fe17 single crystals was measured at ambient pressure and u...
The magnetic properties of the non-stoichiometric Tm2Fe16 compound under hydrostatic pressures up to...
A crystal structure of Lu2Fe17 was studied by means of neutron powder diffraction method in the pre...
International audienceThe study of the structural and magnetic properties of YFe2D4.2 under high pre...
Results of the magnetic structure studies of R.sub.2./sub.Fe.sub.17./sub. intermetallics with non-ma...
International audienceThe effect of hydrostatic pressure on complex magnetic phase diagram of LuFe2O...
In my work, magnetic and structural transitions of three categories of compounds are investigated by...
Pressure effect on magnetic transition temperatures of intermetallic compound Ce(Fe0.945Al0.055)2 wa...
We study the magnetocaloric metamagnetic transition in LaFe11.74Mn0.06Si1.20 and LaFe11.76Mn0.06Si1....
International audienceThe structural and magnetic properties of Y1−xErxFe2 intermetallic compounds a...