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6.1.5 Oxides of 4d and 5d transition elements

Chapter Concepts

Substances /
Molecular Formulas 		γ-Manganese dioxide; 1385RN59; 1700 White; 500HD; 63B1 White; 9MG; 9MG (oxide); A 100; A 200; A 200 (pigment); A 330; A 330 (pigment); A-FN 3; A-Fil; A-Fil Cream; AF-E 3D; AK 15; AK 15 (pigment); AMT 100; AMT 600; AUF 0015S; AZS-A; AZS-B; AZS-NB; Aerolyst 7710; Aerosil P 25; Aerosil P 25S6; Aerosil P 27; Aerosil T 805; Ag2O; Ag2O; AgO; AgOx; AgOx; Amperit 780.0; Anatase; Argentous oxide; Atlas White Titanium Dioxide; Austiox R-CR 3; B 101; B 101 (pigment); BR 29-7-2; BR 90G; Bayer R-FD 1; Bayertitan; Bayertitan A; Bayertitan AN 3; Bayertitan R-FD 1; Bayertitan R-FK 21; Bayertitan R-FK-D; Bayertitan R-KB 2; Bayertitan R-KB 3; Bayertitan R-KB 4; Bayertitan R-KB 5; Bayertitan R-KB 6; Bayertitan R-U 2; Bayertitan R-U-F; Bayertitan R-V-SE 20; Bayertitan T; Baytitan; Bistrater L-NSC 200C; Bouen SKN 301; Braunstein; Braunstein aktiviert; C 97; C 97 (oxide); C-Weiss 7; C.I. 77891; C.I. 77901; C.I. 77990; C.I. Pigment White 12; C.I. Pigment White 6; CAP; CAP (oxide); CC 10; CF Super HM; CG-T; CI 77891; CL 310; CR 50; CR 58; CR 60; CR 60-2; CR 63; CR 63 (pigment); CR 80; CR 800PG; CR 90; CR 93; CR 97; CR EL; CR-EL; CRS 31; Cab-O-Ti; Calcotone White T; CdI2; Cerac N 1117; Cerac T 1013; Chrom(IV)-oxid; Chromdioxid; Chromium dioxide; Chromium dioxide (CrO2); Chromium oxide (CrO2); Chromium(IV) oxide; Columbium pentoxide; Cosmetic White C47-5175; Cosmetic White C47-9623; CrO2; CrO2; Degussa P25; Dilanthanum oxide; Dilanthanum trioxide; Diniobium Pentaoxide; Diniobium pentoxide; Diniobium tetroxide; Diniobpentaoxid; Diniobpentoxid; Dirasil; Dirhodium Trioxide; Disilberoxid; Disilver monoxide; Disilver oxide; Ditantalpentaoxid; Ditantalpentoxid; Ditantalum pentaoxide; Ditantalum pentoxide; Divanadium tetraoxide; Divanadium tetroxide; Divasil; Dynazircon F 5Y; E 101; E 101 (oxide); E 171; FTL 200; Fianit; Flamenco; Hafnia; Hafnia (HfO2); Hafnium dioxide; Hafnium dioxide (HfO2); Hafnium oxide (HfO2); Hafnium(IV) oxide; Hafnium(IV)-oxid; Hafniumdioxid; Hafnotrast; HfO2; HfO2; Hombikat; Hombitan; Hombitan R 101D; Hombitan R 610K; Horse head a-410; Horse head a-420; Horse head r-710; IrO2; IrO2; Iridium Dioxide; Iridium dioxide (IrO2); Iridium oxide; Iridium oxide (IrO2); Iridium(IV) oxide; Iridium(IV)-oxid; KH 360; KZ-OY-LF; Kronos 2073; Kronos CL 220; Kronos RN 40P; Kronos RN 56; Kronos titanium dioxide; La2O3; La2O3; Lanthan(III)-oxid; Lanthan-(III)-oxid; Lanthana; Lanthanoxid; Lanthanum oxide; Lanthanum oxide (La2O3); Lanthanum sesquioxide; Lanthanum trioxide; Lanthanum(3+) oxide; Lanthanum(III) oxide; Levanox White RKB; MFR; Magtrieve; Mangan(IV)-oxid; Mangan(IV)oxid; Mangandioxid; Manganese dioxide; Manganese oxide (MnO2); Manganese(IV) oxide; Manganese(IV) oxide activated; Mel E 101; Mel-S; Metco 201NS; MgO; MnO2; MnO2; Mo 1202T; Mo17O47; Mo18O52; Mo4O11; Mo8O23; Mo9O26; MonO3n-1; Mo17O47; Mo18O52; Mo4O11; Mo8O23; Mo9O26; MonO3n-1; MoO2; MoO3; MoO4; MoO6; MoO2; MoO3; MoO4; MoO6; Molybdän(VI)-oxid; Molybdän(VI)oxid; Molybdändioxid; Molybdänsäureanhydrid; Molybdäntrioxid; Molybdaen(VI)-oxid; Molybdaensäure wasserfrei; Molybdaentrioxid; Molybdan(VI)-oxid; Molybdansäureanhydrid; Molybdena; Molybdenum (VI) oxide on alumina; Molybdenum Trioxide; Molybdenum dioxide; Molybdenum oxide; Molybdenum oxide (Mo4O12); Molybdenum oxide (Mo5O15); Molybdenum oxide (MoO2); Molybdenum oxide (MoO3); Molybdenum oxide (MoO3), tetramer; Molybdenum trioxide pentamer; Molybdenum trioxide tetramer; Molybdenum(IV) oxide; Molybdenum(VI) oxide; Molybdenum(VI) trioxide; Molybdic acid anhydride; Molybdic anhydride; Molybdic oxide; Molybdic trioxide; NCI-C04240; NZ-A; NZ-A (oxide); NZS 20A; NZS 20A3Y; NZS 30; NZS 30A; NZS 30B; NaxPt3O4; Nb2O5; Nb3O3; Nb2O5; Nb3O3; NbO; NbO2; NbOx (x = 0.96–1.02); NbO2; NbOx (x = 0.96...1.02); Niob(II)-oxid; Niob(IV)-oxid; Niob(V)-oxid; Niob-(V)-oxid; Niobdioxid; Niobia; Niobium dioxide; Niobium dioxide (NbO2); Niobium monoxide; Niobium oxide; Niobium oxide (Nb10O25); Niobium oxide (Nb2O4); Niobium oxide (Nb2O5); Niobium oxide (NbO2); Niobium pentaoxide; Niobium pentoxide; Niobium(5+) oxide; Niobium(II) oxide; Niobium(IV) oxide; Niobium(V) oxide; Niobmonoxid; Nissan Zirconia Sol NZS 20A; Nyacol ZR 10/20; Nyacol Zr (acetate); Nyacol Zr 100/20; Nyacol Zr 50/20; O2Os; O2Pt; O2Re; O2Rh; O2Ru; O2Ta; O2Tc; O2Ti; O2V; O2W; O2Zr; O3Re; O3Rh2; O3V; O3W; O4Pt3; O5Ta2; O7Tc2; OPd; OPt; OY; OZr; OsO2; OsO2; Osmium Dioxide; Osmium oxide (OsO2); P 25; P 25 (oxide); PCS; PCS (filler); PD 39; Palladium (II) oxide anhydrous; Palladium Monoxide; Palladium oxide; Palladium oxide (PdO); Palladium oxide, pdo; Palladium(2+) oxide; Palladium(II) oxide; Palladium(II) oxide anhydrous; Palladium(II)-oxid; Palladium(II)-oxid wasserfrei; Palladium-(II)-oxid Aquat; Palladiummonoxid; PdO; Pigment White 12; Platinum dioxide; Platinum(IV) oxide; Pt3O4; Pt3O4; PtO; PtO2; PtO2; R 670; R 680; R 820; RO 2; RZ 8C325F; Rayox; ReO2; ReO3; ReO2; ReO3; Rh2O3; Rh2O3; RhO2; RhO2; Rhenic anhydride; Rhenium Dioxide; Rhenium Trioxide; Rhenium oxide (Re2O6); Rhenium oxide (ReO3); Rhenium trioxide (ReO3); Rhenium(VI) oxide; Rheniumtrioxid; Rhodium (III) oxide anhydrous; Rhodium dioxide; Rhodium oxide (Rh2O3); Rhodium oxide (RhO2); Rhodium(III) oxide; Rhodium(III) oxide anhydrous; Rhodium(III) oxide, anhydrous; Rhodium(III)-oxid; Rhodium(III)-oxid wasserfrei; Rhodium(IV) oxide; Rhodium-oxide-; Rhuligel; RuO2; RuO2 ; RuO2; Runa ARH 20; Runa ARH 200; Runa rh20; Ruthenia; Ruthenium dioxide; Ruthenium dioxide (RuO2); Ruthenium oxide (RuO2); Ruthenium(IV) dioxide; Ruthenium(IV) oxide; Ruthenium(IV) oxide, anhydrous; Ruthenium(IV)-oxid; Ruthenium(IV)-oxid, wasserfrei; Ruthenium-Adams catalyst; Rutiox CR; SPZ; SPZ (oxide); SR 1; ST 21 (oxide); Silber(I)-oxid; Silber(II)-oxid; Silber(II)oxid; Silberoxid; Silberperoxid; Silver Oxide; Silver monooxide; Silver monoxide; Silver oxide; Silver oxide (Ag2O); Silver oxide, Ag2O; Silver oxide, AgO; Silver(I) oxide; Silver(II) oxide; TA 15; TCR 10; TKS 201; TTO 55; TZ 0; TZ 3YTSK; Ta2O5; Ta2O5; TaO2; TaO2; Tantal(V)-oxid; Tantala; Tantalic acid anhydride; Tantalpentoxid; Tantalum (IV) oxide; Tantalum Oxide; Tantalum dioxide; Tantalum oxide (Ta2O5); Tantalum oxide Ta2O5; Tantalum oxide(Ta2O5); Tantalum pentaoxide; Tantalum pentoxide; Tantalum pentoxide (Ta2O5); Tantalum(V) oxide; Tc2O7; Tc2O7; TcO2; TcO2; Technetium Dioxide; Technetium Heptaoxide; Ti-Pure R 900; Ti-Pure R 901; TiO2; TiO2 ; TiO2; Tiofine; Tiona t.d.; Tioxide; Tioxide A-DM; Tioxide AD-M; Tioxide R-CR; Tioxide R-SM; Tioxide R.XL; Tioxide RHD; Tioxide RSM; Tipaque; Tipaque R 820; Tipaque STS 01; Titafrance; Titan(IV)-oxid; Titan(IV)oxid; Titandioxid; Titandioxid (sweden); Titania; Titanium (IV) oxide anatase; Titanium (IV) oxide rutile; Titanium Dioxide; Titanium White; Titanium dioxide (TiO2); Titanium oxide; Titanium oxide (TiO2); Titanium oxide (TiO2); Titanium oxide (unspecified); Titanium oxide, TiO2; Titanium peroxide (TiO2); Titanium(IV) oxide; Titanium(IV)-oxid; Titanox; Titanox 2010; Titanox RANC; Titansäureanhydrid; Torayceram Sol ZS-OA; Tungsten Trioxide; Tungsten dioxide; Tungsten oxide; Tungsten oxide (WO2); Tungsten oxide (WO3); Tungsten trioxide (WO3); Tungsten(IV) oxide; Tungsten(VI) oxide; Tungstic anhydride; Tungstic oxide; Tungstic oxide (WO3); Unitane o-110; Unitane o-220; Unitane OR 450; Unitane OR 650; Unitane or-150; Unitane or-340; Unitane or-342; Unitane or-350; Unitane or-540; Unitane or-640; VO2; VO3; VO2; VO3; Vanadin(IV)-oxid; Vanadinoxid (VO2); Vanadium dioxide; Vanadium oxide (V2O4); Vanadium oxide (V4O8); Vanadium oxide (V6O12); Vanadium oxide (VO2); Vanadium oxide (VO2); Vanadium(IV) oxide; Vanadium(IV)-oxid; Vanadiumdioxid; Vanadiumtetroxid; Vaska's iridium dioxygen; WnO3n-2; WnO3n-2; WO3; WO2.999925; WO2; WO3; WO2.999925; WO2; WO3; Wolfram(IV)-oxid; Wolfram(VI)-oxid; Wolframdioxid; Wolframsäureanhydrid; Wolframtrioxid; XZ 16052; YO; Yttrium monoxide; Yttrium oxide (YO); Z 999-1; Z 999-2; ZD 100; ZP 2; ZP-A; ZP-S; Zirbeads; Zircoa 5027; Zirconia; Zirconia NZ-A; Zirconic anhydride; Zirconium White; Zirconium dioxide; Zirconium monoxide; Zirconium oxide; Zirconium oxide (ZrO2); Zirconium(IV) oxide; Zirconiumdioxid; Zirconotrast; Zircopel SS; Zirkon(IV)-oxid; Zirkon(IV)-oxid wasserfrei; Zirkondioxid; Zirkoniumoxid; Zirox 250; Zirox Zt 35; Zopaque LDC; ZrO; ZrO2; ZrO2; argentic oxide; chromium (IV) oxide; dioxotitanium; hafnium (IV) oxide; iridium (IV) oxide; lanthanum (III) oxide; manganese (IV) oxide; molybdenum (IV) oxide; molybdenum (VI) oxide; niobium (II) oxide; niobium (IV) oxide; niobium (V) oxide; osmium (IV) oxide; palladium (II) oxide; platinum (IV) oxide; platinum monoxide; rhenium (VI) oxide; rhodium (III) oxide; ruthenium (IV) oxide; rutile; silver (I) oxide; silver (I,III) oxide; silver (II) oxide; silver oxide; silver peroxide; tantalum (V) oxide; technetium (IV) oxide; titanium (IV) oxide; tungsten (IV) oxide; tungsten (VI) oxide; vanadium (IV) oxide; zirconium (IV) oxide
Element Systems Ag-O; Cd-I; Cr-O; Hf-O; Ir-O; La-O; Mg-O; Mn-O; Mo-O; Na-O-Pt; Nb-O; O-Os; O-Pd; O-Pt; O-Re; O-Rh; O-Ru; O-Ta; O-Tc; O-Ti; O-V; O-W; O-Y; O-Zr
CAS Registry
Numbers 		10377-99-8; 12018-01-8; 12030-49-8; 12034-57-0; 12034-59-2; 12035-82-4; 12036-00-9; 12036-01-0; 12036-02-1; 12036-09-8; 12036-10-1; 12036-14-5; 12036-16-7; 12036-21-4; 12036-22-5; 12036-35-0; 12036-73-6; 12055-23-1; 12058-08-1; 12137-27-8; 12201-65-9; 12260-15-0; 12412-21-4; 12594-72-8; 12653-86-0; 12680-02-3; 1301-96-8; 1302-04-1; 1309-63-3; 1312-81-8; 1313-13-9; 1313-27-5; 1313-96-8; 1314-08-5; 1314-15-4; 1314-23-4; 1314-28-9; 1314-35-8; 1314-61-0; 1328-66-1; 13463-67-7; 144439-99-6; 168456-84-6; 18868-43-4; 20667-12-3; 37230-85-6
Properties crystal structure; dielectric constant; electrical resistivity; heat capacity; magnetic properties; magnetic susceptibility; magnetization
Substrates non-metallic inorganic compound; transition element oxide

Source

Title

6.1.5 Oxides of 4d and 5d transition elements
In

6.1 Binary oxides of d transition elements
Author M. S. Seehra, H.P.J. Wijn
Part of Landolt-Börnstein - Group III Condensed Matter
Numerical Data and Functional Relationships in Science and Technology
Volume

27G: Various Other Oxides
Edited by H.P.J. Wijn
Chapter-DOI 10.1007/10057685_16
Book-DOI 10.1007/b46090 (Volume in Bookshelf)

Cite as

RIS-Export Seehra, M. S., Wijn, H.P.J.: 6.1.5 Oxides of 4d and 5d transition elements. Wijn, H.P.J. (ed.). SpringerMaterials - The Landolt-Börnstein Database (http://www.springermaterials.com). DOI: 10.1007/10057685_16

Abstract

This document is part of Subvolume G ‘Various Other Oxides’ of Volume 27 ‘Magnetic Properties of Non-Metallic Inorganic Compounds Based on Transition Elements’ of Landolt-Börnstein - Group III Condensed Matter.
Ag-O: Ag2O. Ag-O: AgO. Ag-O: AgOx. Cd-I: CdI2. Cr-O: CrO2. Hf-O: HfO2. Ir-O: IrO2. La-O: La2O3. Mg-O: MgO. Mn-O: MnO2. Mo-O: Mo4O11. Mo-O: Mo8O23. Mo-O: Mo9O26. Mo-O: Mo17O47. Mo-O: Mo18O52. Mo-O: MonO3n-1. Mo-O: MoO2. Mo-O: MoO3. Mo-O: MoO4. Mo-O: MoO6. Na-O-Pt: NaxPt3O4. Nb-O: Nb2O5. Nb-O: Nb3O3. Nb-O: NbO. Nb-O: NbO2. Nb-O: NbOx (x = 0.96–1.02). O-Os: OsO2. O-Pd: PdO. O-Pt: Pt3O4. O-Pt: PtO. O-Pt: PtO2. O-Re: ReO2. O-Re: ReO3. O-Rh: Rh2O3. O-Rh: RhO2. O-Ru: RuO2. O-Ta: Ta2O5. O-Ta: TaO2. O-Tc: Tc2O7. O-Tc: TcO2. O-Ti: TiO2. O-V: VO2. O-V: VO3. O-W: WnO3n-2. O-W: WO2. O-W: WO3. O-W: WO2.999925. O-Y: YO. O-Zr: ZrO. O-Zr: ZrO2.