Ta (Tantalum)

Chapter Concepts

Substances / Molecular Formulas	(TaC)_1...0.50(MoC)_0...0.50; (TaC)_1...0.5(WC)_0...0.5; (TaC)_1...0.6(MoC)_0...0.4; (TaC)_1...0.6(NbC)_0...0.4; (TaC)_1...0.6(TaN)_0...0.4; AgAlOTa (unspec.); AgSnTa (unspec.); AgTa (unspec.); AlTa (unspec.); AlTa₃; AsGaPtU (unspec.); AuTa₃; BTa; BTa₂; Be₂Ta₃; BeTa₂; BiNbPbTa (unspec.); BiPbTaZr (unspec.); CNTa (unspec.); CTa; CTa₂; CeTa; CuTa (unspec.); DTa; Ditantalum Mononitride; GeTa₂; GeTa₃; HTa; LuTa; MoPtU (unspec.); NTa; NTa₂; Nb / Ta / oxide / PbBi; NbTa (unspec.); OTa; PbTa (unspec.); Pt₂U; Pt₃U; PtU (unspec.); PtUW (unspec.); SbTa₃; Si₃Ta₅; SnTa (unspec.); SnTa₃; Ta; Ta (tantalum); Ta (unspec.); Ta / Ag; Ta / Ag / Sn; Ta / Al; Ta / Al oxide / Al / quartz; Ta / Al / Al₂O₃ / Ag; Ta / Cu / Ta; Ta / Nb; Ta / Sn; Ta / Ta oxide; Ta / Ta oxide / Ag; Ta / Ta oxide / Pb; Ta_0.498N_0.502; Ta_0.50...0.25Mo_0...0.25C_{_≈_0.44; Ta_0.54Nb_0.46; Ta_0.54Rh_0.43C_0.03; Ta_0.58Ir_0.42; Ta_0.607Nb_0.298V_0.095; Ta_0.60Ir_0.40; Ta_0.60Rh_0.40; Ta_0.65Ir_0.35; Ta_0.667...0.50V_0.333...0.50; Ta_0.67Rh_0.33; Ta_{0.686...0.765}Rh_{0.314...0.235}; Ta_0.6Re_0.4; Ta_0.6W_0.4; Ta_0.70Nb_0.30; Ta_0.70Os_0.30; Ta_0.70Pt_0.30; Ta_0.73Zr_0.27; Ta_0.745...0.50Zr_0.255...0.50; Ta_0.75...0.50V_0.25...0.50; Ta_0.75Hf_0.25; Ta_0.75Re_0.25; Ta_0.75Ti_0.25; Ta_0.75Zr_0.25; Ta_0.774...0.69Ru_0.226...0.31H_{0.0005...0.0001}; Ta_0.7Hf_0.3; Ta_0.7Re_0.3; Ta_0.8...0.4Ir_0.2...0.6; Ta_0.8...0.4Nb_0.4...0.1V_0.4...0.1; Ta_0.80Pt_0.20; Ta_0.81...0.71Zr_0.19...0.29; Ta_0.83...0.63Nb_0.17...0.37; Ta_0.84W_0.16; Ta_0.85...0.70Nb_0.15...0.30; Ta_0.85Re_0.15; Ta_0.875...0.50Hf_0.125...0.50; Ta_{0.890...0.826}Sn_{0.110...0.174}; Ta_0.8Re_0.2; Ta_0.90...0.50Ti_0.10...0.50; Ta_0.90...0.50V_0.10...0.50; Ta_0.90...0.60Hf_0.10...0.40; Ta_0.90Nb_0.10; Ta_0.90Ti_0.10; Ta_0.925Re_0.075; Ta_0.92Nb_0.08; Ta_0.95...0.60Nb_0.05...0.40; Ta_0.95...0.80Nb_0.05...0.20; Ta_0.95...0.92Nb_0.05...0.08; Ta_0.95Nb_0.05; Ta_0.95Re_0.05; Ta_0.95Zr_0.05; Ta_0.96...0.88H_0.04...0.12; Ta_0.96Nb_0.04; Ta_0.97...0.58Zr_0.03...0.42 / Pb_0.90Bi_0.10; Ta_0.975Re_0.025; Ta_0.97Nb_0.03; Ta_0.9Re_0.1; Ta_1...0.508Ti_0...0.492; Ta_1...0.50Nb_0...0.50; Ta_1...0.56Nb_0...0.44; Ta_1...0.595Nb_0...0.405; Ta_1...0.5Nb_0...0.5V_0.5...0; Ta_1...0.5V_0...0.5; Ta_1...0.5W_0...0.5; Ta_1...0.60Nb_0...0.40; Ta_1...0.6563H_0...0.3437; Ta_1...0.65Hf_0...0.35; Ta_1...0.65N_0...0.35; Ta_1...0.6Nb_0...0.4; Ta_1...0.6Re_0...0.4; Ta_1...0.7Hf_0...0.3; Ta_1...0.84Nb_0...0.16; Ta_1...0.8807H_0...0.1193; Ta_1...0.8W_0...0.2; Ta_1...0.906Zr_0...0.094; Ta_1...0.9815N_0...0.0185; Ta_1...0.99H_0...0.01; Ta_1...0W_0...1; Ta_1.0...0.78W_0...0.22; Ta_1.00...0.50Nb_0...0.50; Ta_1.75CoZr_0.25; Ta_1.86Si; Ta_2-xN_x; Ta_2...1BW_0...1; Ta₂B; Ta₂Be; Ta₂C; Ta₂Co_1...0Ni_0...1; Ta₂Ge; Ta₂N; Ta_3-1...2Sn_1...2; Ta₃Al; Ta₃Au; Ta₃Be₂; Ta₃Ge; Ta₃Sb; Ta₃Sn; Ta₃Sn_0.98Co_0.02; Ta₃Sn_1...0.98Co_0...0.02; Ta_4.3Au; Ta₅Si₃; Ta_{_≈₁₀N; Ta_{_≈₂N; Ta_{_≈₃₀N; Ta_{_≈N₁; Ta_xV_1-x; TaB; TaC; TaC / TaN; TaC_0.002...0.98N_0...0.937; TaC_{0.501...0.511}; TaC_0.83; TaC_0.93; TaC_0.97...0.74; TaC_{0.987...0.754}; TaC_0.987; TaC_0.98; TaC_0.98 / TaC_0.002N_0.937; TaC_0.99; TaCe; TaD; TaH; TaH_{0.0016...0.039}; TaH_0.001; TaLu; TaN; TaN_0...0.5; TaN_0.8...0.9; TaO; Tantal; Tantalum; Tantalum carbide; Tantalum carbide (TaC); Tantalum monocarbide; Tantalum monocarbide (TaC); Tantalum mononitride; Tantalum monoxide; Tantalum nitride (TaN); Tantalum-181; Tb; Tb (terbium); Terbium; Terbium-159; U(Pt_0.95B_0.05)₃; U(Pt_0.95Ir_0.05)₃; U(Pt_0.95Os_0.05)₃; U(Pt_0.95Pd_0.05)₃; U(Pt_0.95Rh_0.05)₃; U(Pt_0.96...0.90Pd _0.04...0.10)₃; U(Pt_0.99...0.95Ir_0.01...0.05)₃; U(Pt_0.999...0.7Pd_0.001...0.3)₃; U(Pt_0.999...0.9Pd_0.001...0.1)₃; U(Pt_1...0.7Pd_0...0.3)₃; U_0.9...0.59Th_0.1...0.41Pt₃; U_0.95...0.9Th_0.05...0.1Pt₃; U_0.95Ce_0.05Pt₃; U_0.95Th_0.05Pt₃; U_0.95Y_0.05Pt₃; U_0.99...0.90Th_0.01...0.10Pt₃; U_0.99...0.95Au_0.01...0.05Pt₃; UPt₂; UPt₃; UPt₃ / GaAs; UPt₃ / Mo; UPt₃ / Pt; UPt₃ / W; pentatantalum trisilicide}}}}}
Element Systems	Ag-Al-O-Ta; Ag-Sn-Ta; Ag-Ta; Al-Ta; As-Ga-Pt-U; Au-Pt-U; Au-Ta; B-Pt-U; B-Ta; B-Ta-W; Be-Ta; Bi-Nb-Pb-Ta; Bi-Pb-Ta-Zr; C-Mo-Ta; C-N-Ta; C-Nb-Ta; C-Rh-Ta; C-Ta; C-Ta-W; Ce-Pt-U; Ce-Ta; Co-Ni-Ta; Co-Sn-Ta; Co-Ta-Zr; Cu-Ta; D-Ta; Ge-Ta; H-Ru-Ta; H-Ta; Hf-Ta; Ir-Pt-U; Ir-Ta; Lu-Ta; Mo-Pt-U; N-Ta; Nb-Ta; Nb-Ta-V; O-Ta; Os-Pt-U; Os-Ta; Pb-Ta; Pd-Pt-U; Pt-Rh-U; Pt-Ta; Pt-Th-U; Pt-U; Pt-U-W; Pt-U-Y; Re-Ta; Rh-Ta; Sb-Ta; Si-Ta; Sn-Ta; Ta; Ta (Tantalum); Ta-Ti; Ta-V; Ta-W; Ta-Zr; Tb; Tb (Terbium)
CAS Registry Numbers	110424-82-3; 11116-09-9; 12033-62-4; 12035-90-4; 12067-56-0; 12070-06-3; 12311-92-1; 12620-05-2; 55964-22-2; 7440-25-7; 7440-27-9
Properties	crystal structure; superconducting transition temperature
Substrates	superconductors

Source

Title	Ta (Tantalum)
Author	R. Küntzler
Part of	Landolt-Börnstein - Group III Condensed Matter
	Numerical Data and Functional Relationships in Science and Technology
Volume	21d: Se - Ti
Edited by	R. Flükiger, W. Klose
Chapter-DOI	10.1007/10086024_19
Book-DOI	10.1007/b47747 (Volume in Bookshelf)

Cite as

RIS-Export	Küntzler, R.: Ta (Tantalum). Flükiger, R., Klose, W. (ed.). SpringerMaterials - The Landolt-Börnstein Database (http://www.springermaterials.com). DOI: 10.1007/10086024_19

Abstract

	This document is part of Subvolume D ‘Se - Ti’ of Volume 21 ‘Superconductors: Transition Temperatures and Characterization of Elements, Alloys and Compounds’ of Landolt-Börnstein - Group III Condensed Matter.

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