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Element System


In-Pb (Indium, Lead)

There are 87 compounds with this exact Element-System in the database.


InPb
Atomic Defects and Diffusion
 Figures for 5: Figs. 54 - 111: Vol. III/26 5, p.358III/26
 Chemical diffusion tables: Fe-Ni - Nb-U: Vol. III/26 5.2, p.320III/26
Electronic Properties
 Resistivity/atomic percent impurity in dilute alloys: Figs. 181 - 271: Vol. III/15A 1.4.1, p.227III/15a
 Resistivity/atomic percent impurity in dilute alloys: Table 1: host metal Ga - Zr: Vol. III/15A 1.4.1, p.183III/15a
 Resistivity/atomic percent impurity in dilute alloys: Figs. 181 - 271: Vol. III/15A 1.4.1, p.226III/15a
 Electrical resistivity in Dilute alloys: Application of modified Linde's law: Vol. III/15A 1.4.2, p.256III/15a
 Thermal conductivity at low temperatures: Miscellaneous alloys: Vol. III/15C 3.2.1.12, p.168III/15c

In1.0...0Pb0...1.0
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1064, p.110III/21c

In-Pb
Crystallography, Structure and Morphology
 Table of the structures of intermetallic phases and phases similar to alloys: GeLi - NiSeTi: HoS - InSn: Vol. III/6 4.1:70, p.677III/6
Thermodynamic Properties
 Crystallographic and Thermodynamic Data: Vol. IV/5G p.138IV/5G
 Binary Systems: In-Pb: Vol. IV/19b3 p.75IV/19B3

In (:Pb)
Electronic Properties
 Band structures and Fermi surfaces: Disordered alloys: sp-metallic alloys: Vol. III/13A 2.3.1, p.394III/13a

Pb0.60In0.40
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn/X multilayers, superlattices: Vol. III/21c 1160, p.121III/21c

Pb0.69In0.31
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn/X multilayers, superlattices: Vol. III/21c 1158, p.120III/21c

Pb0.70...0.60In0.30...0.40
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn/X multilayers, superlattices: Vol. III/21c 1157, p.120III/21c

Pb0.7In0.30
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn/X multilayers, superlattices: Vol. III/21c 1153, p.120III/21c

Pb0.7In0.3
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn/X multilayers, superlattices: Vol. III/21c 1152, p.120III/21c

Pb0.76In0.24
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn/X multilayers, superlattices: Vol. III/21c 1151, p.119III/21c

Pb0.77In0.23
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn/X multilayers, superlattices: Vol. III/21c 1150, p.119III/21c

Pb0.79In0.21
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn/X multilayers, superlattices: Vol. III/21c 1149, p.119III/21c

Pb0.80In0.20
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn/X multilayers, superlattices: Vol. III/21c 1145, p.119III/21c

Pb0.82...0.55In0.18...0.45
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn/X multilayers, superlattices: Vol. III/21c 1144, p.119III/21c

Pb0.83...0.69In0.17...0.31
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn/X multilayers, superlattices: Vol. III/21c 1143, p.119III/21c

Pb0.833In0.167
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1136, p.118III/21c

Pb0.83In0.17
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1138, p.118III/21c
 Superconducting Properties: Sn (Tin): Sn/X multilayers, superlattices: Vol. III/21c 1142, p.119III/21c

Pb0.85In0.15
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1135, p.118III/21c

Pb0.86...0.69In0.14...0.31
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1134, p.118III/21c

Pb0.864...0.689In0.136...0.311
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1132, p.118III/21c

Pb0.86In0.14
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1133, p.118III/21c

Pb0.87In0.13
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1131, p.117III/21c

Pb0.88...0.64In0.12...0.36
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1129, p.117III/21c

Pb0.88...0.76In0.12...0.24
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1128, p.117III/21c

Pb0.88In0.12
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1127, p.117III/21c

Pb0.90...0.50In0.10...0.50
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1126, p.117III/21c

Pb0.90...0.60In0.10...0.40
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1125, p.117III/21c

Pb0.90In0.10
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1119, p.116III/21c

Pb0.913...0.69In0.087...0.31
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1118, p.116III/21c

Pb0.925In0.075
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1115, p.116III/21c

Pb0.92In0.08
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1116, p.116III/21c

Pb0.93...0.90In0.07...0.10
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1114, p.116III/21c

Pb0.937...0.82In0.063...0.18
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1112, p.115III/21c

Pb0.937In0.063
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1111, p.115III/21c

Pb0.93In0.07
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1113, p.116III/21c

Pb0.94In0.06
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1109, p.115III/21c

Pb0.913In 0.087
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1117, p.116III/21c

Pb0.95...0.60In0.05...0.40
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1108, p.115III/21c

Pb0.95...0.72In0.05...0.28
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1107, p.115III/21c

Pb0.95...0.80In0.05...0.20
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1106, p.115III/21c

Pb0.95...0.88In0.05...0.12
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1105, p.115III/21c

Pb0.95...0.89In0.05...0.11
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1104, p.114III/21c

Pb0.95In0.05
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1098, p.114III/21c

Pb0.965In0.035
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1096, p.114III/21c

Pb0.96In0.04
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1097, p.114III/21c

Pb0.97...0.79In0.03...0.21
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1089, p.113III/21c

Pb0.97...0.88In0.03...0.12
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1095, p.113III/21c

Pb0.97...0.90In0.03...0.10
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1087, p.113III/21c

Pb0.978...0.88In0.022...0.12
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1084, p.112III/21c

Pb0.978In0.022
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1085, p.112III/21c

Pb0.979In0.021
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1083, p.112III/21c

Pb0.97In0.03
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1088, p.113III/21c

Pb0.98...0.83In0.02...0.17
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1082, p.112III/21c

Pb0.981...0.97In0.019...0.03
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1078, p.112III/21c

Pb0.981In0.019
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1077, p.112III/21c

Pb0.982...0.952In0.018...0.048
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1076, p.112III/21c

Pb0.983In0.017
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1075, p.111III/21c

Pb0.986...0.82In0.014...0.18
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1073, p.111III/21c

Pb0.986...0.981In0.014...0.019
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1072, p.111III/21c

Pb0.987...0.90In0.013...0.10
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1071, p.111III/21c

Pb0.988...0.949In0.012...0.051
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1070, p.111III/21c

Pb0.98In0.02
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1080, p.112III/21c

Pb0.99...0.5In0.01...0.5
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1069, p.111III/21c

Pb0.9946...0.95In0.0054...0.05
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1068, p.111III/21c

Pb0.995...0.98In0.005...0.02
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1067, p.111III/21c

Pb0.997In0.003
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1066, p.111III/21c

Pb0.999...0.90In0.001...0.10
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1065, p.110III/21c

Pb1...0.51In0...0.49
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1061, p.110III/21c

Pb1...0.5In0...0.5
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1062, p.110III/21c

Pb1.0...0.50In0...0.50
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1063, p.110III/21c

Pb1.0...0.60In0...0.40
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1057, p.109III/21c

Pb1.0...0.684In0...0.316
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1056, p.109III/21c

Pb1.0...0.689In0...0.311
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1055, p.109III/21c

Pb1.0...0.70In0...0.30
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1054, p.109III/21c

Pb1.0...0.72In0...0.28
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1053, p.109III/21c

Pb1.0...0.755In0...0.245
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1051, p.109III/21c

Pb1.0...0.80In0...0.20
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1048, p.108III/21c

Pb1.0...0.83In0...0.17
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1047, p.108III/21c

Pb1.0...0.87In0...0.13
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1045, p.108III/21c

Pb1.0...0.898In0...0.102
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1044, p.108III/21c

Pb-In
Atomic Defects and Diffusion
 Data: Pb: Vol. III/25 2.3.2, p.252III/25
 Figures for 12: Figs. 48 - 84: Vol. III/26 12, p.688III/26
 Data for grain and interphase boundary diffusion: Grain boundary tracer impurity diffusion in pure materials: Vol. III/26 12.2.2, p.653III/26
 Figures for 3: Figs. 42 - 53: Vol. III/26 3, p.200III/26
 The impurity diffusion tables: Group VB semimetals: Vol. III/26 3.2.14, p.161III/26
Crystallography, Structure and Morphology
 Table of the structures of intermetallic phases and phases similar to alloys: GeLi - NiSeTi: HoS - InSn: Vol. III/6 4.1:72, p.678III/6
Electronic Properties
 Band structures and Fermi surfaces: Disordered alloys: sp-metallic alloys: Vol. III/13A 2.3.1, p.387III/13a

PbIn
Electronic Properties
 Resistivity/atomic percent impurity in dilute alloys: Figs. 181 - 271: Vol. III/15A 1.4.1, p.237III/15a
 Resistivity/atomic percent impurity in dilute alloys: Table 1: host metal Ga - Zr: Vol. III/15A 1.4.1, p.189III/15a
 Electrical resistivity in Dilute alloys: Application of modified Linde's law: Vol. III/15A 1.4.2, p.257III/15a
 Thermopower of dilute alloys: Data: Figs. 99 - 136: Vol. III/15B 3.10.3, p.189III/15b
 Thermopower of dilute alloys: Data: Tables 1 - 2: Vol. III/15B 3.10.3, p.137III/15b
 Thermal conductivity of alloys: Introduction: Comments on the presentation of data: Vol. III/15C 3.1.2, p.129III/15c
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1039, p.108III/21c

Pb (:In)
Electronic Properties
 Band structures and Fermi surfaces: Disordered alloys: sp-metallic alloys: Vol. III/13A 2.3.1, p.395III/13a

Pb-In / In
Atomic Defects and Diffusion
 Figures for 12: Figs. 85 - 112: Vol. III/26 12, p.699III/26
 Data for grain and interphase boundary diffusion: Grain boundary tracer diffusion in alloys: Vol. III/26 12.2.3, p.666III/26

Pb-In, In-Pb
Electrical Properties
 Elastic constants of second order: Elastic constants s, c: Vol. III/29a 1.2.1. p.162III/29a
 Elastic constants of second order: Table 4. Cubic system. Alloys: Vol. III/29a 1.2.1. p.32III/29a
 Elastic constants of second order: Temperature coefficients Tc: Vol. III/29a 1.2.2. p.261III/29a
 Elastic constants of second order: Temperature coefficients Tc: Vol. III/29a 1.2.2. p.229III/29a
 Elastic constants of second order: Figures: Vol. III/29a 1.3. p.475III/29a
 Elastic constants of second order: Figures: Vol. III/29a 1.3. p.327III/29a

Pb-In / Pb
Atomic Defects and Diffusion
 Figures for 12: Figs. 85 - 112: Vol. III/26 12, p.699III/26
 Data for grain and interphase boundary diffusion: Grain boundary tracer diffusion in alloys: Vol. III/26 12.2.3, p.666III/26

Pb0.833In0.167 / oxide / Pb-In
Electronic Properties
 Superconducting Properties: Sn (Tin): Sn element, film: Vol. III/21c 1137, p.118III/21c


References:
III/13a
Short: III/13a
Title: Metals: Phonon States, Electron States and Fermi Surfaces: Phonon States of Elements. Electron States and Fermi Surfaces of Alloys
Author: Dederichs, P.H.; Schober, H.; Sellmyer, D.J.
Editor: Hellwege, K.-H.; Olsen, J.L.
Source: Landolt-Börnstein, New Series
Volume: III/13a
Year: 1981
ISBN: 3-540-09774-0
ISBN: 978-3-540-09774-7
Internet Resource: DOI:10.1007/b19988
RefComment: 904 figs., X, 458 pages. Hardcover
Abstract: Volume III/13 covers data on phonon and electron states and Fermi surfaces of metals. Both experimental and theoretical results published up to 1980 are included. Metallic elements and compounds, disordered alloys as well as homogeneously strained metallic elements are con-sidered. An appendix presents a compilation of all Bravias lattices, primitive unit cells, reciprocal lattices, and first Brillouin zones.
III/15a
Short: III/15a
Title: Metals: Electronic Transport Phenomena: Electrical Resistivity, Kondo and Spin Fluctuation Systems, Spin Glasses and Thermopower
Author: Bass, J.; Fischer, K.H.
Editor: Hellwege, K.-H.; Olsen, J.L.
Source: Landolt-Börnstein, New Series
Volume: III/15a
Year: 1982
ISBN: 3-540-11082-8
ISBN: 978-3-540-11082-8
Internet Resource: DOI:10.1007/b29240
RefComment: 875 figs., VIII, 396 pages. Hardcover
Abstract: The first two subvolumes of volume III/15 contain data on electrical transport in metals. Both experimental and theoretical results published up to 1981 have been included. In the third subvolume data on thermal - predominantly electronic - transport of pure metals and alloys are presented, the literature up to 1989 has been taken into account.
III/15b
Short: III/15b
Title: Metals: Electronic Transport Phenomena: Electrical Resistivity, Thermoelectrical Power and Optical Properties
Author: Bass, J.; Dugdale, J.S.; Foiles, C.L.; Myers, A.
Editor: Hellwege, K.-H.; Olsen, J.L.
Source: Landolt-Börnstein, New Series
Volume: III/15b
Year: 1985
ISBN: 3-540-11694-X
ISBN: 978-3-540-11694-3
Internet Resource: DOI:10.1007/b19992
RefComment: 624 figs., IX, 490 pages. Hardcover
Abstract: The first two subvolumes of volume III/15 contain data on electrical transport in metals. Both experimental and theoretical results published up to 1981 have been included. In the third subvolume data on thermal - predominantly electronic - transport of pure metals and alloys are presented, the literature up to 1989 has been taken into account.
III/15c
Short: III/15c
Title: Metals: Electronic Transport Phenomena: Thermal Conductivity of Pure Metals and Alloys
Author: Klemens, P.G.; Neuer, G.; Sundqvist, B.; Uher, C.; White, G.K.
Editor: Madelung, O.; White, G.K.
Source: Landolt-Börnstein, New Series
Volume: III/15c
Year: 1991
ISBN: 3-540-53512-8
ISBN: 978-3-540-53512-6
Internet Resource: DOI:10.1007/b91373
RefComment: 390 figs., XV, 460 pages. Hardcover
Abstract: The first two subvolumes of volume III/15 contain data on electrical transport in metals. Both experimental and theoretical results published up to 1981 have been included. In the third subvolume data on thermal - predominantly electronic - transport of pure metals and alloys are presented, the literature up to 1989 has been taken into account.
III/21c
Short: III/21c
Title: Superconductors: Transition Temperatures and Characterization Of Elements, Alloys and Compounds: O (without cuprates) ... Sc
Author: Flükiger, R.; Hulliger, F.; Kaner, N.; Luo, H.L.; Müller, R.; Radhakrishnan, T.S.; Shelton, R.N.; Weis, F.; Wolf, T.; Yu, D.
Editor: Flükiger, R.; Klose, W.
Source: Landolt-Börnstein, New Series
Volume: III/21c
Year: 1997
ISBN: 3-540-56047-5
ISBN: 978-3-540-56047-0
Internet Resource: DOI:10.1007/b42902
RefComment: XXVIII, 317 pages. Hardcover
Abstract: In volume III/21 an attempt is made to compile the reported data on superconducting materi-als, from the discovery of this phenomenon to the present day. The data comprise various modifications of a material, e.g. bulk state, thin films,implanted films, filamentary wires and others. Where available,data obtained under high pressure or after high energy particle irradia-tion are also tabulated. The goal of this volume is to establish a complete and reliable compilation of critically reviewed experimental data, excluding pure theoretical work. A particular effort was made to present not only superconducting data for a given substance, but also the complete characterization of the analysed sample. The large number of publications, more than 40,000 since 1913, requires a subdivision of the data in several subvolumes.
III/25
Short: III/25
Title: Atomic Defects in Metals
Author: Ehrhart, P.; Jung, P.; Schultz, H.; Ullmaier, H.
Editor: Ullmaier, H.
Source: Landolt-Börnstein, New Series
Volume: III/25
Year: 1991
ISBN: 3-540-51435-X
ISBN: 978-3-540-51435-0
Internet Resource: DOI:10.1007/b37800
RefComment: 509 figs., XIII,437 pages. Hardcover
Abstract: The presence and the interaction of atomic or point defects in metals and alloys are of great importance for their macroscopic behaviour under irradiation. Volume III/25 is the first critical and comprehensive data collection in the field described above. It includes a chapter on He as an important alloying element, produced under most relevant irradiation conditions.
III/26
Short: III/26
Title: Diffusion In Solids Metals and Alloys
Author: Bakker, H.; Bonzel, H.P.; Bruff, C.M.; Dayananda, M.A.; Gust, W.; Horváth, J.; Kaur, I.; Kidson, G.V.; LeClaire, A.D.; Mehrer, H.; Murch, G.E.; Neumann, G.; Stolica, N.; Stolwijk, N.A.
Editor: Mehrer, H.
Source: Landolt-Börnstein, New Series
Volume: III/26
Year: 1990
ISBN: 3-540-50886-4
ISBN: 978-3-540-50886-1
Internet Resource: DOI:10.1007/b37801
RefComment: 650 figs., XIV, 747 pages. Hardcover
Abstract: Volume III/26 presents a comprehensive and critically evaluated collection of diffusion data for solid metals and alloys. The following properties are covered: Self- and impurity diffusion in metallic elements, self-diffusion in homogeneous binary alloys, chemical diffusion in binary and ternary alloys, diffusion in amorphous alloys, diffusion of interstitial foreign atoms in metallic elements, mass and pressure dependence of diffusion, diffusion along dislocations, grain and interphase boundary diffusion and diffusion on surfaces.
III/29a
Short: III/29a
Title: Low Frequency Properties of Dielectric Crystals: Second and Higher Order Elastic Constants
Author: Every, A.G.; McCurdy, A.K.
Editor: Nelson, D.F.
Source: Landolt-Börnstein, New Series
Volume: III/29a
Year: 1992
ISBN: 3-540-54410-0
ISBN: 978-3-540-54410-4
Internet Resource: DOI:10.1007/b44185
RefComment: 890 figs., XIV, 743 pages. Hardcover
Abstract: Some years after the publication of Vol. III/11 and its supplement III/18 dealing with elastic, piezoelectric, pyroelectric and optical properties of crystals, a complete recompilation of the data of these volumes and of new data was performed. Because of the growth of this subject matter it was found convenient to divide the material into four volumes, III/29a and b for the low frequency properties and III/30a and b for high frequency propertiesof dielectric crystals. The first subvolume III/29a contains exclusively second and higher order elastic constants including temperature and pressure coefficients.
III/6
Short: III/6
Title: Structure Data of Elements and Intermetallic Phases
Author: Eckerlin, P.; Kandler, H.; Stegherr, A.
Editor: Hellwege, K.-H.; Hellwege, A.M.
Source: Landolt-Börnstein, New Series
Volume: III/6
Year: 1971
ISBN: 3-540-05500-2
ISBN: 978-3-540-05500-6
Internet Resource: DOI:10.1007/b19971
RefComment: XXVIII, 1019 pages. Hardcover
Abstract: Compiled are the space groups and the lattice constants with their dependance on temperature and pressure for elements and intermetallic phases.
IV/19B3
Short: IV/19B3
Title: Thermodynamic Properties of Inorganic Materials: Binary Systems. Part 3: Elements and Binary Systems from Cs-K to Mg-Zr
Author: Scientific Group Thermodata Europe
Editor: Franke, P.; Neuschütz, D.
Source: Landolt-Börnstein, New Series
Volume: IV/19B3
Page: 1-309
Year: 2005
Keyword: Activity; Enthalpy; Entropy; Gibbs energy; Integral thermodynamic properties; Partial thermodynamic quantities; Phase diagram; Phase transition; Specific heat; Thermodynamic quantities
ISBN: 3-540-23119-6
ISBN: 978-3-540-23119-6
Internet Resource: DOI:10.1007/b76784
RefComment: XXVIII, 325 illus., Hardcover
RefComment: Written for scientists and researchers in the fields of physics and chemistry
Abstract: The present subvolume IV/19B3 forms the continuation of IV/19B2 and contains evaluated data for elements and Binary Systems from Cs-K to Mg-Zr appearing in alphabetic order of the elements in the chemical formulae. The volume is accompanied by a CD, which allows computer calculation of a range of solution properties for selected temperature and phase composition ranges for the systems presented in that particular volume. Graphical representations, including the calculated phase diagram for each system, are also possible. Information on more comprehensive software, allowing complex equilibrium calculations involving both pure substances and solution phases of different types (e.g. slags, salt systems, aqueous solutions, etc.), can be obtained from SGTE members. A list of the SGTE membership is presented in the cover pages of this volume.
IV/5G
Short: IV/5G
Title: Phase Equilibria, Crystallographic and Thermodynamic Data of Binary Alloys: Hg-Ho ... La-Zr
Author: Predel, B.
Editor: Madelung, O.
Source: Landolt-Börnstein, New Series
Volume: IV/5G
Year: 1997
ISBN: 3-540-60342-5
ISBN: 978-3-540-60342-9
Internet Resource: DOI:10.1007/b57029
RefComment: 384 Fig., XXVII, 372 pages. Hardcover
Abstract: For everyone concerned with the technology and application of metals and alloys and with the development of new metallic materials, a detailed knowledge of phase equilibria is indispensable. Also, information on the thermodynamic and crystallographic data of the systems under investigation is essential, and often metastable crystalline phases as well as quasicrystalline or amorphous alloys are of interest. Volume IV/5 presents such data.


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