We have investigated the magnetic properties of the first and second stage intercalates of FeCl3 in graphite by neutron diffraction at low temperatures. We have found that in both stages strong 2-D magnetic correlations develop below 30 K. In the first stage we observe at 3.8 K a transition from the 2-D phase to a 3-D order. The in-plane order remains the same and corresponds to an incommensurate magnetic modulation of propagation vector 0.394 a*.Nous avons étudié par diffraction de neutrons à basse température les deux premiers stades de FeCl3 intercalé dans le graphite. Nous avons trouvé dans les deux cas que des corrélations bidimensionnelles se développent au-dessous de 30 K. Nous observons à 3,8 K dans le seul premier stade une transit...
Magnetic structure determination (description of the microscopic arrangement of magnetic moments in ...
Progressive reduction of the stage-1 graphite intercalation compound, (GIC), C14FeCl3.04 using a sol...
CrCl3 has been known for a long time to be a quasi 2D ferromagnet FM with a specific heat peak at ...
This paper reports results of a neutron diffraction study on both the magnetic and the lattice dynam...
We present the results of X-ray and magnetic neutron diffraction studies on a single crystal of a fi...
We present a comprehensive investigation of the magnetic properties of stage-1 graphite intercalated...
The magnetic properties of four transition metal dichloridegraphite intercalation compounds (GIC's)...
We report a detailed study of the dilution of the magnetic properties of stage-1 CoCl2-graphite inte...
Stage-1 NiCl2-graphite intercalation compounds (GIC's) have been prepared under conditions of high t...
We present the first results of magnetic susceptibility on CoCl2-GaCl 3 biintercalated in graphite, ...
The MPS3 family of layered magnetic materials (M = Fe2+, Ni2+, Mn2+, etc) shows many unusual propert...
The magnetic compound CrTe was studied by neutron diffraction in a high pressure cell in order to ev...
We studied magnetic order in EuTe by neutron diffraction under applied pressures up to 17 GPa. In t...
Structural and magnetic properties of stage-1, stage-2, and stage-3 CuCl2 graphite intercalation com...
The effects on the interlayer coupling of the Cr Neel transition is studied in Fe/Cr(001) superlatti...
Magnetic structure determination (description of the microscopic arrangement of magnetic moments in ...
Progressive reduction of the stage-1 graphite intercalation compound, (GIC), C14FeCl3.04 using a sol...
CrCl3 has been known for a long time to be a quasi 2D ferromagnet FM with a specific heat peak at ...
This paper reports results of a neutron diffraction study on both the magnetic and the lattice dynam...
We present the results of X-ray and magnetic neutron diffraction studies on a single crystal of a fi...
We present a comprehensive investigation of the magnetic properties of stage-1 graphite intercalated...
The magnetic properties of four transition metal dichloridegraphite intercalation compounds (GIC's)...
We report a detailed study of the dilution of the magnetic properties of stage-1 CoCl2-graphite inte...
Stage-1 NiCl2-graphite intercalation compounds (GIC's) have been prepared under conditions of high t...
We present the first results of magnetic susceptibility on CoCl2-GaCl 3 biintercalated in graphite, ...
The MPS3 family of layered magnetic materials (M = Fe2+, Ni2+, Mn2+, etc) shows many unusual propert...
The magnetic compound CrTe was studied by neutron diffraction in a high pressure cell in order to ev...
We studied magnetic order in EuTe by neutron diffraction under applied pressures up to 17 GPa. In t...
Structural and magnetic properties of stage-1, stage-2, and stage-3 CuCl2 graphite intercalation com...
The effects on the interlayer coupling of the Cr Neel transition is studied in Fe/Cr(001) superlatti...
Magnetic structure determination (description of the microscopic arrangement of magnetic moments in ...
Progressive reduction of the stage-1 graphite intercalation compound, (GIC), C14FeCl3.04 using a sol...
CrCl3 has been known for a long time to be a quasi 2D ferromagnet FM with a specific heat peak at ...