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Figures 72–140

Chapter Concepts

Substances /
Molecular Formulas 		(CexPt1-x)Pt2; AlCePd; AlCePt; AlPdY; Ce(Pt1-xIrx)2; Ce(Pt1-xRhx)2; Ce(Ru1-xPdx)2Si2; Ce1-xGdxRh2; Ce2(Pd1-x Nix)2In; Ce2Ni2In; Ce2Pd2+xSn1-x; Ce2Pd2In; Ce2Pd2Pb; Ce2Pd2Sn; Ce2Pt2In; Ce2Pt2Sn; Ce2Rh2In; Ce5Rh3; Ce7Ir3; Ce7Pd3; Ce7Pt3; Ce7Rh3; Ce7Ru3; Ce0.25U0.75Ru2Si2; CeGaPd; CeGaPt; CeGePd; CeGeRh; CeGeRu; CeInPd; CeInRh; CeNi1-xPdxSn; CeNiSn; CeOs2; CeOsSi; CePd0.15Ni0.85Sn; CePdxRh1-xIn; CePdAl; CePdGa; CePdGe; CePdIn; CePdSn; CePt; CePt2Al3; CePt3Al2; CePt4Al; CePt5-xAlx; CePt5; CePt0.15Ni0.85Sn; CePt1-xNixSi; CePt1-xNixSn; CePtAl; CePtGa; CePtSi; CePtSi1-xGex; CePtSn; CeRh2; CeRh1-xPdxIn; CeRhGe; CeRhIn; CeRhSn; CeRu2; CeRuGe; CeRuSi; CeRuSnx; DyPdSn; Er2Pd2.02Sn0.98; Er2Pd2.05Sn0.95; GaNdPt; GaPrPt; Gd(Al1-xMx)2, M = Si, Ge, Sn, Pd, Ga, In; Gd3Ir; Gd3Pd; Gd3Pd4; Gd3Rh; GdRuSi; Ge2Ru2Sm; GeNdRh; GeNdRu; GePrRu; GeRhSm; GeRuSm; Ho2OsGe2; Ho2Ru3Ge5; Ho2RuGe2; Ho3Os4Ge13; Ho3Ru2Ge3; Ho3Ru4Ge13; Ho5Os4Ge10; HoIrGe; HoRu2Ge2; HoRuGe; InLaPd; InPdSm; LaPdIn; LaRh2; Nd2PdSi3; NdPtGa; NdRhGe; NdRhSn; NdRuGe; NdRuSi; PdPr2Si3; Pr2PdSi3; PrPtGa; PrRhSn; PrRu2; PrRuGe; PrRuSi; R2Pd2.02Sn0.98; RPdSn; Rh2Si2Sm; Ru2Si2Sm; RuSiSm; SmPdIn; SmRh2Si2; SmRhGe; SmRu2Ge2; SmRu2Si2; SmRuGe; SmRuSi; Tb2Pd2.05Sn0.95; Tb2Pd2.02Sn0.98; Tb2Pd2.05Sn0.95; TmIr2; YPdAl; Yb3Pd4; YbGa7.75Pd3.25; YbIr2
Element Systems Al-Ce-Pd; Al-Ce-Pt; Al-Pd-Y; Ce-Ga-Pd; Ce-Ga-Pt; Ce-Gd-Rh; Ce-Ge-Pd; Ce-Ge-Pt-Si; Ce-Ge-Rh; Ce-Ge-Ru; Ce-In-Ni; Ce-In-Ni-Pd; Ce-In-Pd; Ce-In-Pd-Rh; Ce-In-Pt; Ce-In-Rh; Ce-Ir; Ce-Ir-Pt; Ce-Ni-Pd-Sn; Ce-Ni-Pt-Si; Ce-Ni-Pt-Sn; Ce-Ni-Sn; Ce-Os; Ce-Os-Si; Ce-Pb-Pd; Ce-Pd; Ce-Pd-Ru-Si; Ce-Pd-Sn; Ce-Pt; Ce-Pt-Rh; Ce-Pt-Si; Ce-Pt-Sn; Ce-Rh; Ce-Rh-Sn; Ce-Ru; Ce-Ru-Si; Ce-Ru-Si-U; Ce-Ru-Sn; Dy-Pd-Sn; Er-Pd-Sn; Ga-Nd-Pt; Ga-Pd-Yb; Ga-Pr-Pt; Gd-Ir; Gd-Pd; Gd-Rh; Gd-Ru-Si; Ge-Ho-Ir; Ge-Ho-Os; Ge-Ho-Ru; Ge-Nd-Rh; Ge-Nd-Ru; Ge-Pr-Ru; Ge-Rh-Sm; Ge-Ru-Sm; In-La-Pd; In-Pd-Sm; Ir-Tm; Ir-Yb; La-Rh; Nd-Pd-Si; Nd-Rh-Sn; Nd-Ru-Si; Pd-Pr-Si; Pd-Sn-Tb; Pd-Yb; Pr-Rh-Sn; Pr-Ru; Pr-Ru-Si; Rh-Si-Sm; Ru-Si-Sm
Properties Curie temperature; Neel temperature; X-ray photoelectron spectrum; XPS spectrum; electric resistivity; field; heat capacity; hyperfine field; magnetic moment; magnetic phase diagram; magnetic structure; magnetic susceptibility; moment; neutron diffraction spectrum; phase diagram; resistivity; spin order; susceptibility; valence band
Substrates Ce

Source

Title

Figures 72–140
In

Compounds of rare earth elements and 4d and 5d elements
Author G. Chełkowska
Affiliation
Instytut Fizyki, Uniwersytet Śląski, ul. Uniwersytecka 4, 40-007 Katowice Katowice, Poland
Part of Landolt-Börnstein - Group III Condensed Matter
Numerical Data and Functional Relationships in Science and Technology
Volume

32D: Rare Earth Elements, Alloys and Compounds
Edited by H.P.J. Wijn
Chapter-DOI 10.1007/10793184_17
Book-DOI 10.1007/b79359 (Volume in Bookshelf)

Cite as

RIS-Export Chełkowska, G.: Figures 72–140. Wijn, H.P.J. (ed.). SpringerMaterials - The Landolt-Börnstein Database (http://www.springermaterials.com). DOI: 10.1007/10793184_17

Abstract

Figures 72–140 in 'Compounds of rare earth elements and 4d and 5d elements', part of 'Landolt-Börnstein - Group III Condensed Matter: Numerical Data and Functional Relationships in Science and Technology, Volume 32D: Rare Earth Elements, Alloys and Compounds'.
Figures 72–140 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-Pd: CePdAl. Al-Ce-Pt: CePtAl. Al-Pd-Y : YPdAl. Ce-Ga-Pd: CePdGa. Ce-Ga-Pt: CePtGa. Ce-Ge-Pd: CePdGe. Ce-Ge-Pt-Si: CePtSi1–xGex. Ce-Ge-Rh: CeRhGe. Ce-Ge-Ru: CeRuGe. Ce-In-Pd: CePdIn. Ce-In-Pd-Rh: CeRh1–xPdxIn. CePdxRh1–xIn. Ce-In-Rh: CeRhIn. Ce-Ni-Pd-Sn: CePd0.15Ni0.85Sn. Ce(Ni1–xPdx)Sn. Ce-Ni-Pt-Si: CePt1–xNixSi. Ce-Ni-Pt-Sn: CePt0.15Ni0.85Sn. CePt1–xNixSn. Ce-Ni-Sn: CeNiSn. Ce-Ni-Sn-T : CeT0.15Ni0.85Sn. Ce-Os-Si: CeOsSi. Ce-Pd-Sn: CePdSn. Ce-Pt-Si: CePtSi. Ce-Pt-Sn: CePtSn. Ce-Rh-Sn: CeRhSn. Ce-Ru-Si: CeRuSi. Ce-Ru-Si-U : Ce0.25U0.75Ru2Si2. Ce-Ru-Sn: CeRuSnx. Dy-Pd-Sn: DyPdSn. Er-Pd-Sn: Er2Pd2.02Sn0.98. Er2Pd2.05Sn0.95. Ga-Nd-Pt: NdPtGa. Ga-Pr-Pt: PrPtGa. Gd-Ru-Si: GdRuSi. Ge-Nd-Rh: NdRhGe. Ge-Nd-Ru: NdRuGe. Ge-Pr-Ru: PrRuGe. Ge-R -Ru: RRuGe. Ge-Rh-Sm: SmRhGe. Ge-Ru-Sm: SmRuGe. In-La-Pd: LaPdIn. In-Pd-Sm: SmPdIn. Nd-Pd-Si: Nd2PdSi3. Nd-Rh-Sn: NdRhSn. Nd-Ru-Si: NdRuSi. Pd-Pr-Si: Pr2PdSi3. Pd-R -Sn: RPdSn. Pd-Sn-Tb: Tb2Pd2.02Sn0.98. Tb2Pd2.05Sn0.95. Pr-Rh-Sn: PrRhSn. Pr-Ru-Si: PrRuSi. R -Ru-Si: RRuSi. Rh-Si-Sm: SmRh2Si2. Ru-Si-Sm: SmRuSi. SmRu2Si2. Sm-Sn-T : SmTSn.