Structure and electronic transport properties of the Misfit layer compound (LaSe)1.14(NbSe2)2, „LaNb2Se5”
R. RoeskyA. MeerschautJ. RouxelJ. Chen
Abstract
Abstract The new misfit layer compound (LaSe) 1.14 (NbSe 2 ) 2 has been synthesized from the elements at 1050‐ and its structure has been determined by a composite approach. The structure has an alternating stacking sequence of [LaSe] and two [NbSe 2 ] layers along the c direction. The misfit of the two different layers is occurring along the a direction: a 1 (LaSe)=6.0191 Å and a 2 (NbSe 2 )=3.4372 Å therefore yielding a ratio of 1.751 which is very close to 7/4. An investigation of electrical resistivity was done. The crystal shows superconducting properties at 5.3 K.
Metrics
Citation History
Topics
Related Documents
Crystal structure determination of the TiSe2-based misfit layer compound (LaSe)1.20(TiSe2)2
Yang RenA. MeetsmaAlbert SpijkermanG.A. Wiegers
Anisotropic Spin Fluctuations Induced by Spin‐Orbit Coupling in a Misfit Layer Compound (LaSe)1.14(NbSe2)
Min ShanShunjiao LiYe YangDan ZhaoJian LiLinpeng NieZhimian WuYanbing ZhouLixuan ZhengBaolei KangTao WuXianhui Chen
Scanning Tunneling Microscopy Study of the Misfit Layer Compounds (LaSe)xNbSe2 and (PbSe)xNbSe2
Sonia ConteraTatsuo YoshinobuHiroshi IwasakiKenji Kisoda
Electrical transport and magnetic properties of the misfit layer compound (LaS)1.14NbS2
Synthesis and Physical Properties of the Misfit Layered Compound (EuS)1.13(NbSe2)2
Nicholas NgDaniel L. FoleyX. ZhangBenjamin W. Y. RedemannMitra L. TaheriTyrel M. McQueen