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Figs. 34 - 82

Chapter Concepts

Substances /
Molecular Formulas 		α-US2 (US1.88); α-USe2 (USe1.38); β-US2; γ-UO3; α-US2 (US1.88); α-USe2 (USe1.38); β-US2; γ-UO3; γ-Uranium dioxide; (UxTh1-x)O2; (UxZr1-x)O2; (UxTh1-x)O2; (UxZr1-x)O2; AmO2; AmO2; Americium Dioxide; Americium oxide (AmO2); AsSU; AsSeU; AsTeU; Berkelium dioxide; Berkelium oxide (BkO2); BkO2; BkO2; C.I. 77915; CmO2; CmO2; Curium dioxide; Curium dioxide (CmO2); Curium oxide; Curium oxide (CmO2); Diuranium Trisulphide; Diuranpentoxid; Neptunium Dioxide; Neptunium oxide (NpO2); Np3Se5; Np3Se5; NpO2; NpO2; NpSe3; NpSe3; NpTe3; NpTe3; O2Pu; O2Th; O2U; O5U2; O8U3; O9U4; OSeU; PTeU; Plutonium dioxide; Plutonium oxide (PuO2); Plutoniumdioxid; PuO2-x; PuO2; PuO2-x; PuO2; PuTe3; PuTe3; S2U; S3U; S3U2; S5U3; SSeU; STeU; SbSeU; Se2U; Se3U; Se3U2; Se4U3; Se5U3; SeTeU; Te12U7; Te2U; Te3U; Te4U3; Tetrauranium Nonaoxide; ThO2; ThO2; Thoria; Thorium Oxide; Thorium dioxide; Thorium oxide (ThO2); Thorium(IV) oxide; Thorotrast; Triuranium Octaoxide; Triuranoctaoxid; U2O5; U2S3; U2Se3; U3O8; U3S5; U3Se4; U3Se5; U3Te4; U4O9; U7Te12; U2O5; U2S3; U2Se3; U3O8; U3S5; U3Se4; U3Se5; U3Te4; U4O9; U7Te12; UAsS; UAsSe; UAsTe; UO2+x; UO2; UO2+x; UO2; UOSe; UPTe; US2; US3; US2; US3; USSe; USTe; USbSe; USe2; USe3; USe2; USe3; USeTe; UTe2; UTe3.38; UTe3; UTe2; UTe3.38; UTe3; Umbrathor; Uran(IV)oxid; Uran(V)-oxid; Uran(V,VI)oxid; Urandioxid; Urania; Urania (UO2); Uranium Disulphide; Uranium dioxide; Uranium oxide; Uranium oxide (UO2); Uranium selenide; Uranium selenide (USe2); Uranium sulfide; Uranium sulfide (US2); Uranium(4+) dioxide; Uranium(IV) oxide; Uranium(V,VI) oxide; Uranoxid (U3O8); Uranselenid (USe2); Uransulfid (US2); americium (IV) oxide; berkelium (IV) oxide; curium (IV) oxide; diuranium pentoxide; diuranium sulfide; diuranium sulphide; neptunium (IV) oxide; plutonium (IV) oxide; thorium (IV) oxide; uranium (III) sulfide; uranium (III) sulphide; uranium (IV) oxide; uranium (IV,V) oxide; uranium (V) oxide; uranium (V,VI) oxide; uranium (VI) selenide; uranium (VI) telluride; uranium diselenide; uranium disulfide; uranium selenide; uranium triselenide; uranium tritelluride
Element Systems Am-O; As-S-U; As-Se-U; As-Te-U; Bk-O; Cm-O; Np-O; Np-Se; Np-Te; O-Pu; O-Se-U; O-Th; O-Th-U; O-U; O-U-Zr; P-Te-U; Pu-Te; S-Se-U; S-Te-U; S-U; Sb-Se-U; Se-Te-U; Se-U; Te-U
CAS Registry
Numbers 		108856-42-4; 12005-67-3; 12010-84-3; 12016-67-0; 12035-79-9; 12037-15-9; 12039-14-4; 12040-18-5; 12059-95-9; 12065-66-6; 12138-13-5; 12138-21-5; 12138-23-7; 1314-20-1; 1344-57-6; 1344-59-8; 8006-33-5
Properties magnetic properties; magnetization
Substrates actinide compound; hexagonal ferrites; lanthanide compound

Source

Title

Figs. 34 - 82
In

6.5.5 Crystallographic, magnetic, and electrical properties of ternary compounds
Author H. Lütgemeier
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_80
Book-DOI 10.1007/b19987 (Volume in Bookshelf)

Cite as

RIS-Export Lütgemeier, H.: Figs. 34 - 82. Hellwege, K.-H., Hellwege, A. M. (ed.). SpringerMaterials - The Landolt-Börnstein Database (http://www.springermaterials.com). DOI: 10.1007/10201658_80

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.
Am-O: AmO2. As-S-U: UAsS. As-Se-U: UAsSe. As-Te-U: UAsTe. Bk-O: BkO2. Cm-O: CmO2. Np-O: NpO2. Np-Se: Np3Se5. Np-Se: NpSe3. Np-Te: NpTe3. O-Pu: PuO2. O-Pu: PuO2-x. O-Se-U: UOSe. O-Th-U: (UxTh1-x)O2. O-Th: ThO2. O-U-Zr: (UxZr1-x)O2. O-U: γ-UO3. O-U: U2O5. O-U: U3O8. O-U: U4O9. O-U: UO2. O-U: UO2+x. P-Te-U: UPTe. Pu-Te: PuTe3. S-Se-U: USSe. S-Te-U: USTe. S-U: α-US2 (US1.88). S-U: β-US2. S-U: U2S3. S-U: U3S5. S-U: US2. S-U: US3. Sb-Se-U: USbSe. Se-Te-U: USeTe. Se-U: α-USe2 (USe1.38). Se-U: U2Se3. Se-U: U3Se4. Se-U: U3Se5. Se-U: USe2. Se-U: USe3. Te-U: U3Te4. Te-U: U7Te12. Te-U: UTe2. Te-U: UTe3. Te-U: UTe3.38.