Table 1: host metal Ga - Zr

Chapter Concepts

Substances / Molecular Formulas	1,3-Diaminopropane-N,N,N',N'-tetraacetic acid; 1,3-Diaminopropanetetraacetic acid; 1,3-PDTA; 1,3-Propanediamine-N,N,N',N'-tetraacetic acid; 1,3-Propanediaminetetraacetic acid; 1,3-Propylendiamintetraessigsäure; 1,3-propylenediaminetetraacetic acid; AGENT CHELATANT KODAK NO.1; Acetic acid, (trimethylenedinitrilo)tetra-; AgGa; AgHg; AgIn; AgLi; AgMg; AgPb; AgPd; AgPt; AgSn; AgTl; AgZn; AgZr; AlGa; AlIn; AlLi; AlMg; AlNi; AlPu; AlSn; AlTi; AlZn; Aluminum, compd. with lithium (1:1); AmPu; Antimon Verb. mit Indium (1:1); Antimony arsenide (SbAs); Antimony compd. with indium (1:1); Antimony monoarsenide; Arsenic antimonide; AsGa; AsNi; AsPb; AsSb; AsSn; AsTl; AuGa; AuHg; AuLi; AuNi; AuPb; AuPd; AuPt; AuSn; AuZn; BiHg; BiIn; BiMg; BiPb; BiSn; BiTl; Blei(II)-tellurid; Bleitellurid; C₁₁H₁₈N₂O₈; CaPd; CdGa; CdHg; CdIn; CdLi; CdMg; CdPb; CdPd; CdSn; CdTl; CdZn; CdZr; CeGd; CeIn; CeLa; CeMg; CePd; CeSn; CeTh; CeY; CoHf; CoMg; CoMn; CoNi; CoPd; CoPt; CoRh; CoTi; CoZn; CoZr; CrHf; CrMn; CrNi; CrPd; CrPt; CrRh; CrTi; CrV; CrZn; CrZr; CsK; CuGa; CuIn; CuNi; CuPd; CuSn; CuTi; CuZn; DISSOLVINE PDZ; DyGd; DyLa; DyLu; DyMg; DyNd; DyPd; DyTh; DyY; ErGd; ErLa; ErLu; ErMg; ErPd; ErTh; ErY; EuMg; EuPd; FeHf; FeIr; FeMn; FeNi; FeOs; FePd; FePt; FeRe; FeRh; FeRu; FeSi; FeSn; FeTa; FeTi; FeV; FeW; FeZn; GaAg; GaAl; GaAs; GaAu; GaCd; GaCu; GaGe; GaHg; GaIn; GaLi; GaMg; GaNi; GaPb; GaPd; GaPu; GaSn; GaTl; GaZn; Gallium arsenide; Gallium arsenide (GaAs); Gallium monoarsenide; Gallium monoarsenide (GaAs); Galliumarsenid; Galliumarsenid (GaAs); GdCe; GdDy; GdEr; GdHf; GdHo; GdLa; GdLu; GdMg; GdNd; GdPd; GdPr; GdSc; GdSm; GdTb; GdTh; GdTm; GdY; GdZr; GeIn; GeNi; GePd; GeSn; GeZn; Glycine, N,N'-1,3-propanediylbis[N-(carboxymethyl)-; Gold, compd. with nickel (1:1); HAMPSHIRE PDTA; HfCo; HfCr; HfFe; HfGd; HfMn; HfNb; HfNi; HfTa; HfZn; HgAg; HgAu; HgBi; HgCd; HgGa; HgIn; HgLi; HgPb; HgSn; HgTl; HgZn; HoLa; HoLu; HoMg; HoPd; HoTh; HoY; InAg; InAl; InBi; InCd; InCe; InCu; InGa; InGe; InHg; InLi; InMg; InMn; InPb; InPd; InRh; InSb; InSn; InTe; InTl; InZn; InZr; Indium Monoantimonide; Indium antimonide; Indium compd. with antimony (1:1); Indium telluride; Indiumantimonid; IrFe; IrNi; IrPd; IrZn; Iron, compd. with nickel (1:1); Iron, compd. with palladium (1:1); Iron, compd. with titanium (1:1); Iron-titanium compound (1:1); KCs; KNa; KODAK CHELATING AGENT NO.1; KRb; LaCe; LaDy; LaEr; LaGd; LaHo; LaNd; LaPr; LaPu; LaSm; LaTb; LaTh; LaY; Lead monotelluride; Lead telluride; Lead(2+) telluride; Lead(II) telluride; LiAg; LiAl; LiAu; LiCd; LiGa; LiHg; LiIn; LiMg; LiPb; LiTl; LiZn; LuDy; LuEr; LuGd; LuHo; LuMg; LuPd; LuTb; LuTh; LuY; Magnesium, compd. with silver (1:1); Mangan-Nickel-Legierung; Manganese, compd. with zinc (1:1); MgAg; MgAl; MgBi; MgCd; MgCe; MgCo; MgDy; MgEr; MgEu; MgGd; MgHo; MgIn; MgLi; MgLu; MgMn; MgNd; MgPb; MgPr; MgSm; MgSn; MgTb; MgTh; MgTl; MgTm; MgY; MgYb; MgZn; MnCo; MnCr; MnFe; MnNb; MnNi; MnPd; MnPt; MnRe; MnRh; MnSn; MnTa; MnTi; MnV; MnW; MnZn; MnZr; MoNb; MoNi; MoPd; MoTa; MoU; MoZn; N,N'-propylene-1,3-diylbis[N-(hydroxycarbonylmethyl)glycine]; NSC 18484; NaPb; NbHf; NbMo; NbNi; NbPd; NbTa; NbTi; NbU; NbW; NbZn; NbZr; NdDy; NdPd; NdPr; NdY; NiAl; NiAs; NiAu; NiCo; NiCr; NiCu; NiFe; NiGa; NiGe; NiHf; NiIr; NiMn; NiMo; NiNb; NiOs; NiPd; NiPt; NiRe; NiRh; NiRu; NiSi; NiSn; NiTa; NiTi; NiV; NiW; NiZn; NiZr; Nickel, compd. with gold (1:1); Nickel, compd. with iron (1:1); Nickel, compd. with vanadium (1:1); NpPd; NpPu; OsPd; OsPt; OsY; OsZn; PDTA; Palladium Monotelluride; Palladium, compd. with iron (1:1); PbAg; PbAs; PbAu; PbBi; PbCd; PbGa; PbHg; PbIn; PbMg; PbNa; PbPd; PbPt; PbRh; PbSb; PbSn; PbTe; PbTl; PdAg; PdAu; PdCa; PdCd; PdCe; PdCo; PdCr; PdCu; PdDy; PdEr; PdEu; PdFe; PdGa; PdGd; PdGe; PdHo; PdIn; PdIr; PdLu; PdMn; PdMo; PdNb; PdNd; PdNi; PdNp; PdOs; PdPr; PdPt; PdPu; PdRh; PdRu; PdSb; PdSm; PdSn; PdTa; PdTb; PdTe; PdTh; PdTi; PdTm; PdU; PdV; PdZn; PdZr; PrGd; PrNd; PrTb; PrY; PtAg; PtAu; PtCo; PtCr; PtFe; PtMn; PtNi; PtOs; PtPd; PtRh; PtTi; PtV; PtZn; PuAl; PuAm; PuGa; PuNp; RbK; ReRu; ReW; RhCo; RhCr; RhFe; RhMn; RhNi; RhZn; RuFe; RuRe; RuSc; RuY; RuZn; SbAs; SbSn; SbTl; SbZr; ScGd; ScRu; ScTb; Silber-Magnesiumlegierung; Silver, compd. with magnesium (1:1); SnAg; SnAl; SnAs; SnAu; SnBi; SnCd; SnCe; SnCu; SnGa; SnGe; SnHg; SnIn; SnMg; SnMn; SnPb; SnPd; SnSb; SnTe; SnTi; SnTl; SnZn; SnZr; Stannous telluride; TRILON R FS; TaHf; TaMo; TaTi; TaV; TaW; TbMg; TbPr; TbTh; TbY; TbYb; TeTl; ThCe; ThDy; ThEr; ThGd; ThHo; ThLa; ThLu; ThTb; ThTm; ThU; Thallium telluride; Thallium telluride (TlTe); TiAl; TiCo; TiCr; TiCu; TiFe; TiMn; TiNb; TiNi; TiSn; TiTa; TiV; TiZn; TiZr; Tin monotelluride; Tin telluride; Tin(2+) telluride; Titanium, compd. with iron (1:1); TlAg; TlAs; TlBi; TlCd; TlHg; TlIn; TlMg; TlPb; TlSb; TlSn; TlTe; TlZn; Trimethylendiamintetraessigsäure; Trimethylenediaminetetraacetic acid; UMo; UNb; VCr; VTa; VTi; VZn; Vanadium, compd. with nickel (1:1); WRe; WTa; YCe; YDy; YEr; YGd; YHo; YLa; YLu; YNd; YOs; YPr; YRu; YTb; Zinc, compd. with manganese (1:1); ZnAg; ZnAl; ZnAu; ZnCd; ZnCo; ZnCr; ZnCu; ZnFe; ZnGa; ZnGe; ZnHf; ZnHg; ZnIn; ZnIr; ZnMg; ZnMn; ZnMo; ZnNb; ZnNi; ZnOs; ZnPd; ZnPt; ZnRh; ZnRu; ZnSn; ZnTi; ZnTl; ZnV; ZnZr; ZrAg; ZrCd; ZrCo; ZrCr; ZrGd; ZrIn; ZrMn; ZrNb; ZrSb; ZrSn; aluminium, compound with lithium (1:1); aluminium, compound with nickel (1:1); iron, compound with titanium (1:1); lead (II) telluride; tin (II) telluride
Element Systems	Ag-Ga; Ag-Hg; Ag-In; Ag-Li; Ag-Mg; Ag-Pb; Ag-Pd; Ag-Pt; Ag-Sn; Ag-Tl; Ag-Zn; Ag-Zr; Al-Ga; Al-In; Al-Li; Al-Mg; Al-Ni; Al-Pu; Al-Sn; Al-Ti; Al-Zn; Am-Pu; As-Ga; As-Ni; As-Pb; As-Sb; As-Sn; As-Tl; Au-Ga; Au-Hg; Au-Li; Au-Ni; Au-Pb; Au-Pd; Au-Pt; Au-Sn; Au-Zn; Bi-Hg; Bi-In; Bi-Mg; Bi-Pb; Bi-Sn; Bi-Tl; C-H-N-O; Ca-Pd; Cd-Ga; Cd-Hg; Cd-In; Cd-Li; Cd-Mg; Cd-Pb; Cd-Pd; Cd-Sn; Cd-Tl; Cd-Zn; Cd-Zr; Ce-Gd; Ce-In; Ce-La; Ce-Mg; Ce-Pd; Ce-Sn; Ce-Th; Ce-Y; Co-Hf; Co-Mg; Co-Mn; Co-Ni; Co-Pd; Co-Pt; Co-Rh; Co-Ti; Co-Zn; Co-Zr; Cr-Hf; Cr-Mn; Cr-Ni; Cr-Pd; Cr-Pt; Cr-Rh; Cr-Ti; Cr-V; Cr-Zn; Cr-Zr; Cs-K; Cu-Ga; Cu-In; Cu-Ni; Cu-Pd; Cu-Sn; Cu-Ti; Cu-Zn; Dy-Gd; Dy-La; Dy-Lu; Dy-Mg; Dy-Nd; Dy-Pd; Dy-Th; Dy-Y; Er-Gd; Er-La; Er-Lu; Er-Mg; Er-Pd; Er-Th; Er-Y; Eu-Mg; Eu-Pd; Fe-Hf; Fe-Ir; Fe-Mn; Fe-Ni; Fe-Os; Fe-Pd; Fe-Pt; Fe-Re; Fe-Rh; Fe-Ru; Fe-Si; Fe-Sn; Fe-Ta; Fe-Ti; Fe-V; Fe-W; Fe-Zn; Ga-Ge; Ga-Hg; Ga-In; Ga-Li; Ga-Mg; Ga-Ni; Ga-Pb; Ga-Pd; Ga-Pu; Ga-Sn; Ga-Tl; Ga-Zn; Gd-Hf; Gd-Ho; Gd-La; Gd-Lu; Gd-Mg; Gd-Nd; Gd-Pd; Gd-Pr; Gd-Sc; Gd-Sm; Gd-Tb; Gd-Th; Gd-Tm; Gd-Y; Gd-Zr; Ge-In; Ge-Ni; Ge-Pd; Ge-Sn; Ge-Zn; Hf-Mn; Hf-Nb; Hf-Ni; Hf-Ta; Hf-Zn; Hg-In; Hg-Li; Hg-Pb; Hg-Sn; Hg-Tl; Hg-Zn; Ho-La; Ho-Lu; Ho-Mg; Ho-Pd; Ho-Th; Ho-Y; In-Li; In-Mg; In-Mn; In-Pb; In-Pd; In-Rh; In-Sb; In-Sn; In-Te; In-Tl; In-Zn; In-Zr; Ir-Ni; Ir-Pd; Ir-Zn; K-Na; K-Rb; La-Nd; La-Pr; La-Pu; La-Sm; La-Tb; La-Th; La-Y; Li-Mg; Li-Pb; Li-Tl; Li-Zn; Lu-Mg; Lu-Pd; Lu-Tb; Lu-Th; Lu-Y; Mg-Mn; Mg-Nd; Mg-Pb; Mg-Pr; Mg-Sm; Mg-Sn; Mg-Tb; Mg-Th; Mg-Tl; Mg-Tm; Mg-Y; Mg-Yb; Mg-Zn; Mn-Nb; Mn-Ni; Mn-Pd; Mn-Pt; Mn-Re; Mn-Rh; Mn-Sn; Mn-Ta; Mn-Ti; Mn-V; Mn-W; Mn-Zn; Mn-Zr; Mo-Nb; Mo-Ni; Mo-Pd; Mo-Ta; Mo-U; Mo-Zn; Na-Pb; Nb-Ni; Nb-Pd; Nb-Ta; Nb-Ti; Nb-U; Nb-W; Nb-Zn; Nb-Zr; Nd-Pd; Nd-Pr; Nd-Y; Ni-Os; Ni-Pd; Ni-Pt; Ni-Re; Ni-Rh; Ni-Ru; Ni-Si; Ni-Sn; Ni-Ta; Ni-Ti; Ni-V; Ni-W; Ni-Zn; Ni-Zr; Np-Pd; Np-Pu; Os-Pd; Os-Pt; Os-Y; Os-Zn; Pb-Pd; Pb-Pt; Pb-Rh; Pb-Sb; Pb-Sn; Pb-Te; Pb-Tl; Pd-Pr; Pd-Pt; Pd-Pu; Pd-Rh; Pd-Ru; Pd-Sb; Pd-Sm; Pd-Sn; Pd-Tb; Pd-Te; Pd-Th; Pd-Ti; Pd-Tm; Pd-U; Pd-V; Pd-Zn; Pd-Zr; Pr-Tb; Pr-Y; Pt-Rh; Pt-Ti; Pt-V; Pt-Zn; Re-Ru; Re-W; Rh-Zn; Ru-Sc; Ru-Y; Ru-Zn; Sb-Sn; Sb-Tl; Sb-Zr; Sc-Tb; Sn-Te; Sn-Ti; Sn-Tl; Sn-Zn; Sn-Zr; Ta-Ti; Ta-V; Ta-W; Tb-Th; Tb-Y; Tb-Yb; Te-Tl; Th-Tm; Th-U; Ti-V; Ti-Zn; Ti-Zr; Tl-Zn; V-Zn; Zn-Zr
CAS Registry Numbers	12002-79-8; 12003-78-0; 12022-86-5; 12023-04-0; 12032-90-5; 12040-02-7; 12042-37-4; 12044-85-8; 12062-87-2; 12254-95-4; 12263-28-4; 12322-34-8; 1303-00-0; 1312-41-0; 1314-91-6; 161122-34-5; 1939-36-2; 26209-91-6; 54426-13-0; 65453-97-6; 89559-65-9; 90955-52-5
Properties	electrical resistivity; resistivity
Keywords	atomic percent impurity
Substrates	dilute alloys; pure metals

Source

Title	Table 1: host metal Ga - Zr
In	1.4.1 Resistivity/atomic percent impurity in dilute alloys
Author	J. Bass
Part of	Landolt-Börnstein - Group III Condensed Matter
	Numerical Data and Functional Relationships in Science and Technology
Volume	15a: Electrical Resistivity, Kondo and Spin Fluctuation Systems, Spin Glasses and Thermopower
Edited by	K.-H. Hellwege, J. L. Olsen
Chapter-DOI	10.1007/10307022_21
Book-DOI	10.1007/b29240 (Volume in Bookshelf)

Cite as

RIS-Export	Bass, J.: Table 1: host metal Ga - Zr. Hellwege, K.-H., Olsen, J. L. (ed.). SpringerMaterials - The Landolt-Börnstein Database (http://www.springermaterials.com). DOI: 10.1007/10307022_21

Abstract

	This document is part of Subvolume A ‘Electrical Resistivity, Kondo and Spin Fluctuation Systems, Spin Glasses and Thermopower’ of Volume 15 ‘Metals: Electronic Transport Phenomena’ of Landolt-Börnstein - Group III Condensed Matter.

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