Te (Tellurium)

Chapter Concepts

Substances / Molecular Formulas	(PbTe)_1.99...1.05(TlBiTe₂)_0.9...0.05; (Te_0.65...0.8Au_0.35...0.2)_0.95...0.25Fe_0.05...0.75; AgTe₃; Al_0.75Mo₂S₄; Arsen(III)tellurid; Arsenic 40, tellurium 60 (atomic); Arsenic sesquitelluride; Arsenic telluride; Arsenic telluride (As2Te3); Arsenic tritelluride; Arsenic(III) telluride; As₂Te₃; Au₃Te₅; Ba_0.2MoS₂; Bi₂Te₃; BiTe₂Tl; Bismut(III)-tellurid; Bismuth sesquitelluride; Bismuth telluride; Bismuth telluride (Bi2Te3); Bismuth telluride, Bi2Te3; Bismuth(3+) telluride; Bismuth(III) telluride; Ca_0.05...0.07MoS₂; Ca_0.2MoS₂; Cadmium monotelluride; Cadmium telluride; Cadmiumtellurid; CdTe; Cs_0.3MoS₂; Dibismuth tritelluride; Fe₂Te₃; Ga_0.67Mo₂S₄; Irtran 6; K_0.4MoS₂; La₃Te₄; Li_0.4...1.0MoS₂; Mo₆S₈; Mo₆Te₈; Na_0.3...0.6MoS₂; Na_{_≈_0.10MoS₂; Nb₃Te₄; PdTe₂; Rb_0.3MoS₂; Sr_0.01...1.0MoS₂; Sr_0.06...0.10MoS₂; Te; Te (tellurium); Te(Pb_1...0Sn_0...1)_0.98Tl_0.02; Te_0.51Ge_0.48As_0.01; Te_0.667Au_0.3Pd_0.033; Te_0.66Au_0.17Pd_0.17; Te_0.75...0.55Sn_0.25...0.45; Te_0.75Ag_0.25; Te_0.75Sn_0.25; Te_0.81Ge_0.15As_0.04; Te_0.85...0.55Au_0.15...0.45; Te_0.9...0.1Au_0.1...0.9; Te_0.95...0.51(As,Ge)_0.05...0.49; Te_0.99...0.55Ge_0.01...0.45; Te_1.01Sn_0.98...0.9In_0.02...0.1; Te_1.02Sn_0.88...0.80In_0.12...0.20; Te₂Au_1...0.4Pd_0...0.6; Te₂Bi_1.07Tl_0.93; Te₂Pd; Te₂TlBi; Te₃As₂; Te₃Bi₂; Te₃Fe₂; Te₃Zr; Te₄La₃; Te₄Nb₃; Te₅Au₃; Te_6+xMo₆I_2-x; Te_7.5...5Mo₆I_0.5...3.0; Te₈Mo₆; TeCd; TeSn_0.75...0.45Pb_0.25...0.55; TeSn_0.87Ag_0.10; TeSn_0.87Ag_0.10Mn; TeSn_0.90Ag_0.07Mn; TeSn_0.92Ag_0.05Mn; TeSn_{0.9699...0.81}Mn_{0.0001...0.16}; TeSn_0.97-xAg_x; TeSn_{0.97...0.9699}Mn_0...0.0001; TeSn_0.97; TeTl; Tellur; Tellurium; Tellurium element; Yb_0.2MoS₂; arsenic (III) telluride; bismuth (III) telluride; cadmium (II) telluride; diarsenic tritelluride}
Element Systems	Ag-Mn-Sn-Te; Ag-Sn-Te; Ag-Te; Al-Mo-S; As-Ge-Te; As-Te; Au-Fe-Te; Au-Pd-Te; Au-Te; Ba-Mo-S; Bi-Pb-Te-Tl; Bi-Te; Bi-Te-Tl; Ca-Mo-S; Cd-Te; Cs-Mo-S; Fe-Te; Ga-Mo-S; Ge-Te; I-Mo-Te; In-Sn-Te; K-Mo-S; La-Te; Li-Mo-S; Mn-Sn-Te; Mo-Na-S; Mo-Rb-S; Mo-S; Mo-S-Sr; Mo-S-Yb; Mo-Te; Nb-Te; Pb-Sn-Te; Pb-Sn-Te-Tl; Pd-Te; Sn-Te; Te; Te (Tellurium); Te-Tl; Te-Zr
CAS Registry Numbers	12040-12-9; 12044-54-1; 1304-82-1; 1306-25-8; 13494-80-9; 137322-20-4; 23100-72-3; 37293-14-4
Properties	crystal structure; superconducting transition temperature
Substrates	superconductors

Source

Title	Te (Tellurium)
Author	H. L. Luo
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_21
Book-DOI	10.1007/b47747 (Volume in Bookshelf)

Cite as

RIS-Export	Luo, H. L.: Te (Tellurium). Flükiger, R., Klose, W. (ed.). SpringerMaterials - The Landolt-Börnstein Database (http://www.springermaterials.com). DOI: 10.1007/10086024_21

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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