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Figures 141–208

Compounds of rare earth elements and 4d and 5d elements
  • G. ChełkowskaEmail author
Part of the Landolt-Börnstein - Group III Condensed Matter book series

Abstract

Figures 141–208 concerning the magnetic properties of compounds of rare earth elements and 4d and 5d elements.

This document is part of Subvolume D 'Rare Earth Elements, Alloys and Compounds' of Volume 32 'Magnetic Properties of Metals', which forms a supplement to Volume 19.

Substances considered within this document (element system and chemical formula):

Al-Ce-Ga-Pd: CePd2(Al1–xGax)3. Al-Ce-Pd: CePd2Al. Al-Lu-Ni: LuNiAl. Al-Ni-Yb: YbNiAl. Al-Pd-Yb: YbPdAl. Al-Pt-Yb: YbPtAl. Ce-Ga-Pd: CePd2Ga. Ce-Ga-Pd-Y : Ce1–xYxPd2Ga. Ce-Ge-Pt: CePtGe2. Ce-Ge-Ru: Ce3Ru4Ge13. Ce-In-Ni: Ce5Ni6In11. Ce-Ni-Pd-Sn: CePdxNi1–xSn. Ce-Pd-Si-Y : (YxCe1–x)2PdSi3. Ce-Pt-Si: CePtSi2. Ce-Sn: Ce2Sn5. Dy-Ga-Pt: DyPtGa, Dy3Pt2.2Ga8.8. Dy-Ge-Os: Dy5Os4Ge10. Dy-Ge-Os-Y : Dy3Y2Os4Ge10. Dy-In-Pd: DyPdIn. Dy-Ir-Sc-Si: Dy1.5Sc3.5Ir4Si10, Dy1.75Sc3.25Ir4Si10. Dy-Mo-Si: Dy2Mo3Si4. Dy-Pd-Si: Dy2PdSi3. Er-Ga-Pt: ErPtGa. Er-Gd-Mo-Si: ErGd2Mo3Si4. Er-Pd-Si: Er2PdSi3. Er-Pd-Sn: ErPdSn. Eu-In-Pd: EuPdIn. Ga-Gd-Pt: GdPtGa. Ga-Ho-Pt: HoPtGa, Ho3Pt2.2Ga8.8. Ga-Pt-R : R3Pt2.2Ga8.8. Ga-Pt-Tb: TbPtGa. Ga-Pt-Tm: TmPtGa. Ga-Pt-Yb: Yb3Pt2Ga9. Gd-Mo-Si: Gd2Mo3Si4. Gd-Pd-Si: Gd2PdSi3. Ge-Ho-Pd: HoPd2Ge2, HoPdGe, Ho3Pd4Ge4. Ge-Ho-Pt: HoPt2Ge2, HoPtGe. Ge-Ru: RuGe3. Ho-Mo-Si: Ho2Mo3Si4. Ho-Pd-Si: Ho2PdSi3. In-Pd-Tb: TbPdIn. Mo-Si-Tb: Tb2Mo3Si4. Mo-Si-Tm: Tm2Mo3Si4. Pd-Si-Tb: Tb2PdSi3. Pd-Si-Tm: Tm2PdSi3. Pd-Si-Y : Y2PdSi3. Pd-Sn-Tb: TbPdSn. Pt-Sm-Sn: SmPtSn. Pt-Sn-Tb: TbPtSn. Pt-Sn-Yb: YbPtSn. Sm-Sn-T : SmTSn.

Keywords

magnetic susceptibility specific heat magnetic moment magnetic phase diagram magnetic moment distribution electric resistivity Néel temperature 

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Authors and Affiliations

  1. 1.Instytut FizykiUniwersytet ŚląskiKatowicePoland

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