Si (Silicon)

Chapter Concepts

Substances / Molecular Formulas	α-ThSi₂; β-ThSi₂; (Lu_1...0Sc_0...1)₅Ir₄ Si₁₀; (Sc_1...0Dy_0...1)₅Ir₄Si₁₀; (Tm_1.0...0.8Lu_0...0.2)₂Fe₃Si₅; (Y_1-xLu_x)₂Fe₃Si₅; (Y_1...0.8Dy_0...0.2)₂Fe₃; AgAlOPb (unspec.); AlCdOPb (unspec.); AlCuMgOPb (unspec.); AlCuOPb (unspec.); AlFeMnOPb (unspec.); AlFeOPb (unspec.); AlOPb (unspec.); AlOPbSi (unspec.); AlOPbZn (unspec.); ArOPb (unspec.); Au_0...0.42Si_1...0.58; Au_0...0.5Si_1...0.5; Au_0.14...0.4Si_0.86...0.6; Au_0.3...0.5Si_0.7...0.5; CaSi₂; Ce(Cu_1...0.98Pd_0...0.02)₂Si₂; Ce(Cu_1...0.99Mn_0...0.01)₂Si₂; Ce(Cu_1...0.99Rh_0...0.01)₂Si₂; Ce_0.18...0.228Cu_{0.38...0.3975}Si_0.386...0.42; Ce₂CuSi₃; CeCoSi₂; CeCoSi₃; CeCu_1.9Si₂; CeCu_2...1.99Si₂; CeCuSi₂; CeIrSi₃; CeOsSi₃; CeRhSi₃; CeRuSi₃; CeSi₂; Co_0.25Si_0.75; Co₄Sc₅Si₁₀; CoDySi₂; CoErSi₂; CoGdSi₂; CoHoSi₂; CoLaSi₃; CoNdSi₂; CoSi_2.0...3.0; CoSi₂; CoSi₂Sm; CoSi₂Tb; CoSi₂Tm; CoSi₂Y; CrCuNiOPb (unspec.); CrSi₂; Cu_0.38Si_0.62; Dy₅Ir₄Si₁₀; DyCoSi₂; Er₃Ir₄Si₁₃; Er₃Os₄Si₁₃; Er₅Ir₄Si₁₀; ErCoSi₂; ErHOPb (unspec.); Fe₃Lu₂Si₅; Fe₃Sc₂Si₅; Fe₃Si₅Tm₂; Fe₃Si₅Y₂; GdCoSi₂; Hexsil; Ho₃Ir₄Si₁₃; Ho₃Os₄Si₁₃; Ho₅Ir₄Si₁₀; HoCoSi₂; INPbZr (unspec.); IPb (unspec.); Ir₃Si₅Y₂; Ir₄Lu₃Si₁₃; Ir₄Lu₅Si₁₀; Ir₄Sc₅Si₁₀; Ir₄Si₁₀Tm₅; Ir₄Si₁₀Y₅; IrLaSi₂; IrLaSi₃; La₂RhSi₃; LaCoSi₃; LaIrSi₂; LaIrSi₃; LaOsSi₃; LaRh₃Si₅; LaRhSi₂; LaRhSi₃; LaRuSi₃; LaSi_1.75...2; LaSi₂; Lu₂Fe₃Si₅; Lu₃Ir₄Si₁₃; Lu₃Os₄Si₁₃; Lu₅(Ir_1...0Rh_0...1)₄Si₁₀; Lu₅Ir₄Si₁₀; Lu₅Rh₄Si₁₀; Metasilicon 325A; Mo_0...0.5Si_1...0.5; Mo_0.429Si_0.571; Mo_0.45Si_0.55; Mo_0.5...0.23Si_0.5...0.77; Mo_2.85Ga₂Si_4.15; Mo₃Si₄Tb₂; Mo₃Si₄Y₂; MoSi₂; NNbOPb (unspec.); Nb_0...0.5Si_1...0.5; NbSi₂; NdCoSi₂; NdSi₂; NiSi₂; OPb (unspec.); OPbSi (unspec.); OPbSn (unspec.); Os₄Si₁₂Y₃; Os₄Si₁₃Y₃; Os₄Si₁₃Y₄; Os₄Si₁₄Y₅; Os₄Si₁₅Y₅; Os₄Si₁₈Y₇; Pb / Ag / Al₂O₃ / Al; Pb / Al / Al₂O₃ / Al; Pb / Al₂O₃ / Al; Pb / Al₂O₃ / Cu; Pb / Al₂O₃ / Cu / oxide / Mg; Pb / Cd / Al₂O₃ / Al; Pb / Cu / Al₂O₃ / Al; Pb / Er(OH)₃ / Pb; Pb / Fe / Al₂O₃ / Al; Pb / Fe / Al₂O₃ / AlMn; Pb / I / Pb; Pb / I / ZrN; Pb / PbO / NbN; Pb / PbO / Pb; Pb / PbO / Pb / oxide / NiCr / Cu; Pb / PbO / Pb-Ar; Pb / PbO / SiO / Pb; Pb / PbO / Sn / SnO; Pb / SiO / Al₂O₃ / Al; Pb / SnO / Sn; Pb / SnO_x / Sn; Pb / Zn / Al₂O₃ / Al; Pb / naphthalene / Al₂O₃ / Al; Polysilicon; PrSi₂; Pt₂Si₃; Rh_1...0.2Co_0...0.8Si₂; Rh₃Si₄; Rh₃Si₅Y₂; Rh₄Sc₅Si₁₀; Rh₄Si₁₀Y₅; Rh₄Si₅; RhSc₄Si₈; RhSi₂Y₂; RhSi₃Y₂; Ru₃Si₄Zr₂; SILSO; Sc_{0.187...0.215}Fe_0.289...0.31Si_0.48...0.516; Sc₂Fe_3+xSi₅; Sc₂Fe₃Si₅; Sc₄RhSi₈; Sc₅Co₄Si₁₀; Sc₅Ir₄Si₁₀; Sc₅Rh₄Si₁₀; ScSi₂; Si; Si:H; Si₂Sr; Si₂Ta; Si₂Th; Si₂Ti; Si₂V; Si₂W; Si₂Y; Si₂Zr; Si₃U; SiTi; SiV (unspec.); SiZr; Sicomill 4C-P; Sicomill Grade 2; Silgrain Standard; Silicon; Silicon element; Silicon metal; SmCoSi₂; SrSi₂; TaSi₂; Tb₂Mo₃Si₄; TbCoSi₂; Th_0.99Am_0.01Si₂; ThCo_0...0.4Si_1.15...1; ThCo_0.45...0.7Si_1.55...1.3; ThIr_0...1Si_2...1; ThRh_0...1Si_2...1; ThRh_0.2...0.96Si_1.8...1.04; ThSi₂; TiSi; TiSi₂; Tm₂Fe₃Si₅; Tm₅Ir₄Si₁₀; TmCoSi₂; USi₃; V / Si; VSi₂; Vanadinsilicid (VSi2); Vanadium silicide; Vanadium silicide, VSi2; WSi₂; Y_0.2Ir_0.3...0.385Si_0.5...0.415; Y₂Fe₃Si₅; Y₂Ir₃Si₅; Y₂Mo₃Si₄; Y₂Rh₃Si₅; Y₂RhSi₂; Y₂RhSi₃; Y₃Os₄Si₁₂; Y₃Os₄Si₁₃; Y₄Os₄Si₁₃; Y₅Ir₄Si₁₀; Y₅Os₄Si₁₄; Y₅Os₄Si₁₅; Y₅Rh₄Si₁₀; Y₇Os₄Si₁₈; Y₉Os₄Si_22...20; YCoSi₂; YSi_1.9; YSi₂; Zr₂Ru₃Si₄; ZrSi; ZrSi₂; praseodymium disilicide; silicium; strontium disilicide; tantalum disilicide; thorium disilicide; titanium disilicide; tungsten disilicide; vanadium disilicide; yttrium disilicide; zirconium disilicide; zirconium silicide
Element Systems	Ag-Al-O-Pb; Al-C-H-O-Pb; Al-Cd-O-Pb; Al-Cu-Mg-O-Pb; Al-Cu-O-Pb; Al-Fe-Mn-O-Pb; Al-Fe-O-Pb; Al-O-Pb; Al-O-Pb-Si; Al-O-Pb-Zn; Am-Si-Th; Ar-O-Pb; Au-Si; Ca-Si; Ce-Co-Si; Ce-Cu-Mn-Si; Ce-Cu-Pd-Si; Ce-Cu-Rh-Si; Ce-Cu-Si; Ce-Ir-Si; Ce-Os-Si; Ce-Rh-Si; Ce-Ru-Si; Ce-Si; Co-Dy-Si; Co-Er-Si; Co-Gd-Si; Co-Ho-Si; Co-La-Si; Co-Nd-Si; Co-Rh-Si; Co-Sc-Si; Co-Si; Co-Si-Sm; Co-Si-Tb; Co-Si-Th; Co-Si-Tm; Co-Si-Y; Cr-Cu-Ni-O-Pb; Cr-Si; Cu-Si; Dy-Fe-Y; Dy-Ir-Sc-Si; Dy-Ir-Si; Er-H-O-Pb; Er-Ir-Si; Er-Os-Si; Fe-Lu-Si; Fe-Lu-Si-Tm; Fe-Lu-Si-Y; Fe-Sc-Si; Fe-Si-Tm; Fe-Si-Y; Ga-Mo-Si; H-Si; Ho-Ir-Si; Ho-Os-Si; I-N-Pb-Zr; I-Pb; Ir-La-Si; Ir-Lu-Rh-Si; Ir-Lu-Sc-Si; Ir-Lu-Si; Ir-Sc-Si; Ir-Si-Th; Ir-Si-Tm; Ir-Si-Y; La-Os-Si; La-Rh-Si; La-Ru-Si; La-Si; Lu-Os-Si; Lu-Rh-Si; Mo-Si; Mo-Si-Tb; Mo-Si-Y; N-Nb-O-Pb; Nb-Si; Nd-Si; Ni-Si; O-Pb; O-Pb-Si; O-Pb-Sn; Os-Si-Y; Pr-Si; Pt-Si; Rh-Sc-Si; Rh-Si; Rh-Si-Th; Rh-Si-Y; Ru-Si-Zr; Sc-Si; Si; Si (Silicium); Si (Silicon); Si-Sr; Si-Ta; Si-Th; Si-Ti; Si-U; Si-V; Si-W; Si-Y; Si-Zr
CAS Registry Numbers	12039-79-1; 12039-83-7; 12039-87-1; 12039-88-2; 12039-90-6; 12066-83-0; 12067-54-8; 12067-55-9; 12138-26-0; 12138-28-2; 153977-11-8; 153977-12-9; 17375-03-0; 7440-21-3
Properties	crystal structure; superconducting transition temperature
Substrates	superconductors

Source

Title	Si (Silicon)
Author	H. F. Braun, M. Müller
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_6
Book-DOI	10.1007/b47747 (Volume in Bookshelf)

Cite as

RIS-Export	Braun, H. F., Müller, M.: Si (Silicon). Flükiger, R., Klose, W. (ed.). SpringerMaterials - The Landolt-Börnstein Database (http://www.springermaterials.com). DOI: 10.1007/10086024_6

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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