Springer Logo

Figs. 154 - 182, Tables 4 - 5

Chapter Concepts

Substances /
Molecular Formulas 		50SiO2·(50-x)Al2O3·xEu2O3; CeEuO3; CeEuO3; Didysprosium trioxide; Dierbium trioxide; Dieuropium Trioxide; Digadolinium trioxide; Diytterbium Trioxide; Dy2O3; DyxY2-xO3; Dy2O3; DyxY2-xO3; DyEuO3; DyEuO3; Dysprosia; Dysprosia (Dy2O3); Dysprosium Oxide; Dysprosium oxide (Dy2O3); Dysprosium sesquioxide; Dysprosium trioxide; Dysprosium(3+) oxide; Dysprosium(III) oxide; Dysprosium(III)-oxid; Dysprosiumoxid; Er2O3; ErxY2-xO3; Er2O3; ErxY2-xO3; ErEuO3; ErEuO3; Erbia; Erbium Oxide; Erbium oxide (Er2O3); Erbium oxide (ErO1.5); Erbium sesquioxide; Erbium trioxide; Erbium(3+) oxide; Erbium(III) oxide; Erbium(III)-oxid; Eu0.9Sr0.1O; Eu1-xSr0.01O; Eu2O3; Eu0.9Sr0.1O; Eu1-xSr0.01O; Eu2O3; EuGdO3; EuHoO3; EuLaO3; EuLuO3; EuO3Pr; EuO3Tm; EuO3Yb; EuTmO3; EuTmO3; Europia; Europia (Eu2O3); Europium oxide; Europium oxide (Eu2O3); Europium sesquioxide; Europium trioxide; Europium(3+) oxide; Europium(III) oxide; Europium(III)-oxid; Gadolinia; Gadolinium Oxide; Gadolinium oxide (Gd2O3); Gadolinium sesquioxide; Gadolinium trioxide; Gadolinium(3+) oxide; Gadolinium(III) oxide; Gadolinium(III)-oxid; Gd2-xEuxO3; Gd2O3; Gd2S3; GdxY2-xO3; Gd2O3; Gd2S3; GdEuO3; GdEuO3; HoxY2-xO3; HoxY2-xO3; HoEuO3; HoEuO3; LaEuO3; LaEuO3; Lu2-xEuxO3; LuEuO3; LuEuO3; O2Tb; O3Yb2; PrEuO3; PrEuO3; Tb11O20; Tb2O3; Tb4O7; Tb7O12; TbO2; TbO2; Terbium Dioxide; Terbium oxide (TbO2); ThxGd2-2xO3-x; Y2-xEuxO3; Y2-xEuxO3; Yb2O3; Yb2O3; YbEuO3; YbEuO3; Ytterbia; Ytterbium oxide; Ytterbium oxide (Yb2O3); Ytterbium sesquioxide; Ytterbium trioxide; Ytterbium(3+) oxide; Ytterbium(III) oxide; Ytterbium(III)-oxid; Ytterbiumoxid; dysprosium (III) oxide; erbium (III) oxide; europium (III) oxide; gadolinium (III) oxide; terbium (IV) oxide; ytterbium (III) oxide
Element Systems Al-Eu-O-Si; Ce-Eu-O; Dy-Eu-O; Dy-O; Dy-O-Y; Er-Eu-O; Er-O; Er-O-Y; Eu-Gd-O; Eu-Ho-O; Eu-La-O; Eu-Lu-O; Eu-O; Eu-O-Pr; Eu-O-Sr; Eu-O-Tm; Eu-O-Y; Eu-O-Yb; Gd-O; Gd-O-Th; Gd-O-Y; Gd-S; Ho-O-Y; O-Tb; O-Yb
CAS Registry
Numbers 		11129-31-0; 12036-15-6; 12061-16-4; 12064-62-9; 12645-29-3; 1308-87-8; 1308-96-9; 1314-37-0; 162525-07-7; 37247-99-7
Properties magnetic moment; magnetic properties; magnetic susceptibility; magnetization
Substrates binary lanthanide oxide; non-metallic inorganic compound; transition element

Source

Title

Figs. 154 - 182, Tables 4 - 5
In

2.1.4 Figures and tables
Author W. Suski, T. Palewski
Part of Landolt-Börnstein - Group III Condensed Matter
Numerical Data and Functional Relationships in Science and Technology
Volume

27C1: Binary Lanthanide Oxides
Edited by H.P.J. Wijn
Chapter-DOI 10.1007/10019726_10
Book-DOI 10.1007/b39979 (Volume in Bookshelf)

Cite as

RIS-Export Suski, W., Palewski, T.: Figs. 154 - 182, Tables 4 - 5. Wijn, H.P.J. (ed.). SpringerMaterials - The Landolt-Börnstein Database (http://www.springermaterials.com). DOI: 10.1007/10019726_10

Abstract

This document is part of Subvolume C1 ‘Binary Lanthanide Oxides’ of Volume 27 ‘Magnetic Properties of Non-Metallic Inorganic Compounds Based on Transition Elements’ of Landolt-Börnstein - Group III Condensed Matter.
Al-Eu-O-Si: 50SiO2 (50-x)Al2O3·xEu2O3. Ce-Eu-O: CeEuO3. Dy-Eu-O: DyEuO3. Dy-O-Y: DyxY2-xO3. Dy-O: Dy2O3. Er-Eu-O: ErEuO3. Er-O-Y: ErxY2-xO3. Er-O: Er2O3. Eu-Gd-O: Gd2-xEuxO3. Eu-Gd-O: GdEuO3. Eu-Ho-O: HoEuO3. Eu-La-O: LaEuO3. Eu-Lu-O: Lu2-xEuxO3. Eu-Lu-O: LuEuO3. Eu-O-Pr: PrEuO3. Eu-O-Sr: Eu0.9Sr0.1O. Eu-O-Sr: Eu1-xSr0.01O. Eu-O-Tm: EuTmO3. Eu-O-Y: Y2-xEuxO3. Eu-O-Yb: YbEuO3. Eu-O: Eu2O3. Gd-O-Th: ThxGd2-2xO3-x. Gd-O-Y: GdxY2-xO3. Gd-O: Gd2O3. Gd-S: Gd2S3. Ho-O-Y: HoxY2-xO3. O-Tb: Tb2O3. O-Tb: Tb4O7. O-Tb: Tb7O12. O-Tb: Tb11O20. O-Tb: TbO2. O-Yb: Yb2O3.