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1.3.1 General remarks

Chapter Concepts

Substances /
Molecular Formulas 		(ZrxCu1-x)0.998Gd0.002; AlNb3; Aluminum, compd. with niobium (1:3); Ba2CaIrO6; CW; GeMo3; Hf1-xOsx; Hf2Rh; Hf2Zr; HfnRhm; HfxZr1-xZn2; HfOs2; HfRu; HfZn2; Ir2Zr; IrxRh1-x; Masurium; Mo3Ge; Mo3Si; MoxNb1-x; MoO8Ru3; Nb0.275Pd0.725; Nb1-xMox; Nb1-xTaxCy; Nb3Al; Nb3Pt0.3Au0.7; Nb3SnHx; NbxRu1-x; NbxTa1-xHy; NbHx; NbPd3; Os-Hf; Os-Ir; Os2Zr; Palladium - Rhodium; Pd-Ag; Pd-Rh; Pd-Rh (Palladium - Rhodium); Pd1-2xRhxAgx; Pd1-xCux; Pd1-xMoxHy; Pd1-xNbxHy; Pd1-xRhxHy; Pd1-xRuxHy; Pd1-xSex; Pd1-xWxHy; PdnSem; PdHx; PdRh (unspec.); PdZr2; PdZr2Hx; Re2Si; ReSi2; Rh-Pd; Rh1-xIrx; RhnHfm; RhnZrm; RhnZrmHx; RhxCu1-x; RhZr3; Rhodium - Palladium; Ru2Zr; Ru3MoO8; Ta1-xNbxHy; Ta1-xWx; TaxNb1-xCy; TaCy; TaD0.08; TaHx; Tc; Tc (technetium); TcHx; Technecium; Technetium; Technetium element; Tungsten; Tungsten element; W; W (tungsten); WxTa1-x; WC; Wolfram; Zn2Zr; Zr0.70Be0.30; Zr0.74Rh0.26; Zr0.78Pt0.22; Zr1-xHfxZn2; Zr2Pd; Zr2PdHx; Zr2RhHx; Zr3PD3-x; Zr3Rh; Zr3RhHx; ZrnRhm; ZrxCu1-x; ZrxRu1-x; ZrHx; ZrHf2; ZrIr2; ZrOs2; ZrRu2; ZrZn2
Element Systems Ag-Pd; Ag-Pd-Rh; Al-Nb; Au-Nb-Pt; Ba-Ca-Ir-O; Be-Zr; C-Nb-Ta; C-Ta; C-W; Cu-Gd-Zr; Cu-Pd; Cu-Rh; Cu-Zr; D-P-Zr; D-Ta; Ge-Mo; H-Mo-Pd; H-Nb; H-Nb-Pd; H-Nb-Sn; H-Nb-Ta; H-Pd; H-Pd-Rh; H-Pd-Ru; H-Pd-W; H-Pd-Zr; H-Rh-Zr; H-Ta; H-Tc; H-Zr; Hf-Os; Hf-Rh; Hf-Ru; Hf-Zn; Hf-Zn-Zr; Hf-Zr; Ir-Os; Ir-Rh; Ir-Zr; Mo-Nb; Mo-O-Ru; Mo-Si; Nb-Pd; Nb-Ru; Os-Zr; Pd-Rh; Pd-Se; Pd-Zr; Pt-Zr; Re-Si; Rh-Zr; Ru-Zr; Ta-W; Tc; Tc (Technetium); W; W (Tungsten); Zn-Zr
CAS Registry
Numbers 		12003-75-7; 37374-90-6; 7440-26-8; 7440-33-7
Properties Moessbauer effect; Neel temperature; density of states; isomer shift; lattice constant; magnetic phase diagram; magnetic susceptibility; magnetostriction; phase diagram; quadrupole splitting; relaxation; spin-wave parameter
Keywords introduction
Substrates metal

Source

Title

1.3.1 General remarks
In

1.3 4d and 5d elements, alloys and compounds between themselves or with main group elements
Author S. Misawa, K. Kanematsu
Part of Landolt-Börnstein - Group III Condensed Matter
Numerical Data and Functional Relationships in Science and Technology
Volume

32A: 3d, 4d and 5d Elements, Alloys and Compounds
Edited by H. P. J. Wijn
Chapter-DOI 10.1007/10135124_53
Book-DOI 10.1007/b52851 (Volume in Bookshelf)

Cite as

RIS-Export Misawa, S., Kanematsu, K.: 1.3.1 General remarks. Wijn, H. P. J. (ed.). SpringerMaterials - The Landolt-Börnstein Database (http://www.springermaterials.com). DOI: 10.1007/10135124_53

Abstract

This document is part of Subvolume A ‘3d, 4d and 5d Elements, Alloys and Compounds’ of Volume 32 ‘Magnetic Properties of Metals’ of Landolt-Börnstein - Group III Condensed Matter.