Hydrogenation of CeNiSn provokes a change of the ground state of cerium from Kondo insulator to antiferromagnetic (CeNiSnH1.0) or ferromagnetic (CeNiSnH1.8) behaviour..
The hydrogen absorption properties of CeMnGe, CeFeSi and CeCoX (X=Si and Ge) have been investigated....
Contrary to other cerium equiatomic intermetallic systems (CeTX with T = transition metal, X = p met...
The non-magnetic heavy fermion behavior of CeRuGe is destroyed by hydrogen insertion. The resulting ...
International audienceThe ternary stannide CeNiSn absorbs hydrogen at 250 C under a pressure of PH2 ...
The ternary stannide CeNiSn absorbs hydrogen at 250 C under a pressure of PH2 = 5 MPa. The resulting...
International audienceIn the intermediate valence (IV) CeNiIn, the Ce ions evolve towards a trivalen...
The new hydrides CeNiSnH1.0(2) and CeNiSnH1.8(2) have been investigated by X-ray powder diffraction,...
International audienceThe hydride CeRuSiH1.0 with space group P4/nmm was synthesized by exposure at ...
International audienceThe hydride CeRuSiH1.0 with space group P4/nmm was synthesized by exposure at ...
International audienceThe hydride CeRuSiH1.0 with space group P4/nmm was synthesized by exposure at ...
International audienceThe hydride CeRuSiH1.0 with space group P4/nmm was synthesized by exposure at ...
The hydride CeRuSiH1.0 with space group P4/nmm was synthesized by exposure at 523 K of the heavy-fer...
The hydrogenation process of the intermediate valence compounds CeNiAl, CeNiGa, CeNiIn, CeNiSi and C...
International audiencePolycrystalline CeNiZn (ZrNiAl type, P2m, a = 715.6 (4), c = 388.4 (2) pm) for...
The magnetic properties of the antiferromagnet CeNiSnH and of the ferromagnet CeNiSnH1.8 on hydrosta...
The hydrogen absorption properties of CeMnGe, CeFeSi and CeCoX (X=Si and Ge) have been investigated....
Contrary to other cerium equiatomic intermetallic systems (CeTX with T = transition metal, X = p met...
The non-magnetic heavy fermion behavior of CeRuGe is destroyed by hydrogen insertion. The resulting ...
International audienceThe ternary stannide CeNiSn absorbs hydrogen at 250 C under a pressure of PH2 ...
The ternary stannide CeNiSn absorbs hydrogen at 250 C under a pressure of PH2 = 5 MPa. The resulting...
International audienceIn the intermediate valence (IV) CeNiIn, the Ce ions evolve towards a trivalen...
The new hydrides CeNiSnH1.0(2) and CeNiSnH1.8(2) have been investigated by X-ray powder diffraction,...
International audienceThe hydride CeRuSiH1.0 with space group P4/nmm was synthesized by exposure at ...
International audienceThe hydride CeRuSiH1.0 with space group P4/nmm was synthesized by exposure at ...
International audienceThe hydride CeRuSiH1.0 with space group P4/nmm was synthesized by exposure at ...
International audienceThe hydride CeRuSiH1.0 with space group P4/nmm was synthesized by exposure at ...
The hydride CeRuSiH1.0 with space group P4/nmm was synthesized by exposure at 523 K of the heavy-fer...
The hydrogenation process of the intermediate valence compounds CeNiAl, CeNiGa, CeNiIn, CeNiSi and C...
International audiencePolycrystalline CeNiZn (ZrNiAl type, P2m, a = 715.6 (4), c = 388.4 (2) pm) for...
The magnetic properties of the antiferromagnet CeNiSnH and of the ferromagnet CeNiSnH1.8 on hydrosta...
The hydrogen absorption properties of CeMnGe, CeFeSi and CeCoX (X=Si and Ge) have been investigated....
Contrary to other cerium equiatomic intermetallic systems (CeTX with T = transition metal, X = p met...
The non-magnetic heavy fermion behavior of CeRuGe is destroyed by hydrogen insertion. The resulting ...
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