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Figs. 334 - 400

Chapter Concepts

Substances /
Molecular Formulas 		Ce3-xS4; Ce3S4; Ce3Se4; Ce3Te4; Ce3-xS4; Ce3S4; Ce3Se4; Ce3Te4; Dipraseodymium tritelluride; Dy2S3; Dy2S3; Er2Se3; Er2Se3; Eu2S3; Eu2Se3; Eu2Te3; Eu3-xS4; Eu3S4; Eu3Se4; Eu3Te4; Eu3Te7 (EuTe23); Eu4Se7; Eu4Te7; Eu2S3; Eu2Se3; Eu2Te3; Eu3-xS4; Eu3S4; Eu3Se4; Eu3Te4; Eu3Te7 (EuTe23); Eu4Se7; Eu4Te7; EuSe; EuTe; Europium monoselenide; Europium monotelluride; Europium selenide; Europium telluride; Europium(II)-selenid; Europiummonoselenid; Gd2S3; Gd2Se3; Gd2S3; Gd2Se3; GdSx; GdSx; La2S3; La2Se3; La2Te3; La3S4; La3Se4; La3Te4; La2S3; La2Se3; La2Te3; La3S4; La3Se4; La3Te4; Lanthanum Sulphide; Nd2S3; Nd2Se3; Nd3S4; Nd3Te4; Nd2S3; Nd2Se3; Nd3S4; Nd3Te4; Neodymium Sulphide; Neodymium sulfide (Nd2S3); Pr2Te3; Pr3S4; Pr3Se4; Pr3Te4; Pr2Te3; Pr3S4; Pr3Se4; Pr3Te4; Praseodymium telluride (Pr2Te3); S4Sm3; Se1.5Yb; Se3Yb2; Se4Sm3; SeYb; Sm3S4; Sm3Se4; Sm3S4; Sm3Se4; Tricerium Tetrasulphide; Tripraseodymium Tetrasulphide; Yb2Se3; Yb2Se3; YbSe; Ytterbium monoselenide; Ytterbium selenide (YbSe); Ytterbiummonoselenid; dineodymium trisulfide; dineodymium trisulphide; diytterbium triselenide; europium (II) selenide; europium (II) telluride; neodymium (III) sulfide; neodymium (III) sulphide; neodymium sulfide; ytterbium (II) selenide; ytterbium (III) selenide; ytterbium selenide
Element Systems Ce-S; Ce-Se; Ce-Te; Dy-S; Er-Se; Eu-S; Eu-Se; Eu-Te; Gd-S; Gd-Se; La-S; La-Se; La-Te; Nd-S; Nd-Se; Nd-Te; Pr-S; Pr-Se; Pr-Te; S-Sm; Se-Sm; Se-Yb
CAS Registry
Numbers 		12020-66-5; 12020-69-8; 12035-32-4; 12038-16-3; 12039-54-2; 12166-52-8; 12737-50-7
Properties magnetic properties; magnetization
Substrates actinide compound; hexagonal ferrites; lanthanide compound

Source

Title

Figs. 334 - 400
In

6.2.2.1 Crystallographic, magnetic, optical, electrical, thermal, and mechanical properties of binary compounds
Author U. Köbler, Ch. Sauer
Part of Landolt-Börnstein - Group III Condensed Matter
Numerical Data and Functional Relationships in Science and Technology
Volume

12c: Part C: Hexagonal Ferrites. Special Lanthanide and Actinide Compounds
Edited by K.-H. Hellwege, A. M. Hellwege
Chapter-DOI 10.1007/10201658_54
Book-DOI 10.1007/b19987 (Volume in Bookshelf)

Cite as

RIS-Export Köbler, U., Sauer, Ch.: Figs. 334 - 400. Hellwege, K.-H., Hellwege, A. M. (ed.). SpringerMaterials - The Landolt-Börnstein Database (http://www.springermaterials.com). DOI: 10.1007/10201658_54

Abstract

This document is part of Subvolume C ‘Part C: Hexagonal Ferrites. Special Lanthanide and Actinide Compounds’ of Volume 12 ‘Magnetic and Other Properties of Oxides and Related Compounds’ of Landolt-Börnstein - Group III Condensed Matter.
Ce-S: Ce3S4. Ce-S: Ce3-xS4. Ce-Se: Ce3Se4. Ce-Te: Ce3Te4. Dy-S: Dy2S3. Er-Se: Er2Se3. Eu-S: Eu2S3. Eu-S: Eu3S4. Eu-S: Eu3-xS4. Eu-Se: Eu2Se3. Eu-Se: Eu3Se4. Eu-Se: Eu4Se7. Eu-Se: EuSe. Eu-Te: Eu2Te3. Eu-Te: Eu3Te4. Eu-Te: Eu3Te7 (EuTe23). Eu-Te: Eu4Te7. Eu-Te: EuTe. Gd-S: Gd2S3. Gd-S: GdSx. Gd-Se: Gd2Se3. La-S: La2S3. La-S: La3S4. La-Se: La2Se3. La-Se: La3Se4. La-Te: La2Te3. La-Te: La3Te4. Nd-S: Nd2S3. Nd-S: Nd3S4. Nd-Se: Nd2Se3. Nd-Te: Nd3Te4. Pr-S: Pr3S4. Pr-Se: Pr3Se4. Pr-Te: Pr2Te3. Pr-Te: Pr3Te4. S-Sm: Sm3S4. Se-Sm: Sm3Se4. Se-Yb: Yb2Se3. Se-Yb: YbSe.