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Inorganic: Landolt-Börnstein: Numerical Data and Functional Relationships in Science and Technology - New Series, cartea 43A7

Editat de Pierre Villars, Karin Cenzual
en Limba Engleză Hardback – 23 mar 2009
In the 1970s Landolt-Börnstein published a series of volumes containing crystallographic data for organic (III/5 Structure Data of Organic Crystals), intermetallic (III/6 Structure Data of Elements and Intermetallic phases) and inorganic compounds (III/7 Crystal Structure Data of Inorganic Compounds). During the 30 years that have passed, the experimental methods leading to a complete structure determination have considerably improved and the large number of crystal structures known today justifies the publication of a new compilation. The present volume will cover both intermetallic and classical inorganic compounds, a clear limit having been drawn by excluding compounds that contain C-H bonds. Whereas the earlier edition listed space group/crystal system and cell parameters for different classes of compounds, we have here chosen a different approach by grouping known crystal structures into structure types. The structure type concept is widely used among inorganic compounds, where the number of isotypic compounds can reach several hundreds. The first subvolumes will contain complete crystallographic data sets, including atom coordinates, that represent distinct structure types, whereas the last subvolumes will list cell parameters of isotypic compounds. The crystallographic data are accompanied by remarks and crystallographic features common to isotypic compounds, such as the atomic environments, a brief description of the main structural features, and drawings of selected structure types.
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Specificații

ISBN-13: 9783540699484
ISBN-10: 3540699481
Pagini: 511
Ilustrații: XIV, 511 p. 73 illus.
Dimensiuni: 193 x 270 x 46 mm
Ediția:2009
Editura: Springer Berlin, Heidelberg
Colecția Springer
Seriile Landolt-Börnstein: Numerical Data and Functional Relationships in Science and Technology - New Series, Condensed Matter

Locul publicării:Berlin, Heidelberg, Germany

Public țintă

Research

Descriere

In the 1970s Landolt-Börnstein published a series of volumes containing crystallographic data for organic (III/5 Structure Data of Organic Crystals), intermetallic (III/6 Structure Data of Elements and Intermetallic phases) and inorganic compounds (III/7 Crystal Structure Data of Inorganic Compounds). During the 30 years that have passed, the experimental methods leading to a complete structure determination have considerably improved and the large number of crystal structures known today justifies the publication of a new compilation. The present volume will cover both intermetallic and classical inorganic compounds, a clear limit having been drawn by excluding compounds that contain C-H bonds. Whereas the earlier edition listed space group/crystal system and cell parameters for different classes of compounds, we have here chosen a different approach by grouping known crystal structures into structure types. The structure type concept is widely used among inorganic compounds, where the number of isotypic compounds can reach several hundreds. The first subvolumes will contain complete crystallographic data sets, including atom coordinates, that represent distinct structure types, whereas the last subvolumes will list cell parameters of isotypic compounds. The crystallographic data are accompanied by remarks and crystallographic features common to isotypic compounds, such as the atomic environments, a brief description of the main structural features, and drawings of selected structure types.

Cuprins

Structure type index by space group.- Alphabetical index of substances.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- Ti0.58S.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- Na0.42Mg0.67Eu0.63Al10.33O17.- PtCl4[NH3]5[H2O].- PS3N5F2.- Ag4Ge7O16[H2O]6.- Na3[NH4]Ge7O16[H2O]6.- Na4Ti4[SiO4]3O4[H2O]6.- SiC.- SiC.- SiC.- Na1.62Li0.31Al10.69O17.- Mg0.62Nd0.54Al10.38O17.- Na4Ge7O16[H2O]6.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- CdI2.- CdI2.- CdI2.- Na1.29Mg0.67Eu0.19Al10.33O17.- Mg0.67Gd0.56Al10.33O17.- SiC.- CdI2.- CdI2.- H0.6Rb0.8Na2.6Ge7O16[H2O]6.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- In3Sb5O12.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- CdI2.- Na2Ca[PO4]F.- SiC.- SiC.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- CdI2.- CdI2.- Cs7Na4Mo4Se4[CN]12Cl3.- (Fe0.5Al0.5)3Al6Si6[BO3]3O18(O0.5[OH]0.5)[OH]3.- NaMg6(Al0.5B0.5)6Si6O25[OH]5.- SiC.- NaMg3Al6Si6[BO3]3O18[OH]3F.- CdI2.- CdI2.- Cu30.5(Cu0.27Al0.73)3Al16.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- Cu31.27(Cu0.57Al0.43)3Al16.- (Na0.4Ca0.6)(Li0.6Al0.4)3Al6Si6[BO3]3O18[OH]4.- Na(Li0.5Al0.5)3Al6Si6[BO3]3O18[OH]3F.- CdI2.- CdI2.- La3.27Mn1.1S6.- SiC.- ZnS.- ZnS.- ZnS.- ZnS.- SiC.- SiC.- ZnS.- ZnS.- ZnS.- CdI2.- CdI2.- SiC.- SiC.- Ca3[SiO4]O.- SiC.- ZnS.- ZnS.- (Mg0.07Nd0.93)9Nd4Mo13O36.- ZnS.- (V0.9Bi0.1)Bi8O14.- SiC.- CsNa[VO]Si4O10[H2O]4.- ZnS.- ZnS.- ZnS.- SiC.- ZnS.- ZnS.- ZnS.- ZnS.- Nb13Pb15O47.5.- Ca3[GeO4]O.- Na1.8Ca2.7Y7.3Ce4.3Fe[SiO4]7B3O6[OH]4F10.- SiC.- ZnS.- ZnS.- ZnS.- Na0.6Ca8Th2.4Ce4.6Fe[SiO4]6B3[BO3][AsO3]0.4[AsO4]O6F8.8.- SiC.- SiC.- SiC.- SiC.- SiC.- ZnS.- Ca3[GeO4]O.- Nb9Pb11O33.5.- SiC.- Na12Ca6Zr3Fe3Si26O72[OH]2.- SiC.- Na12Ca6Zr3Fe3Si25Cl0.5O69[OH]3.5.- Na12Sr3Ca6Zr3NbFe3Si25Cl2O75.3[OH]0.4[H2O]0.3.- Na12Ca6Ce0.67Zr3WMn3Si25[CO3]O73Cl2.- Na15Ca5Ce0.5Zr3NbMn2.5FeSi25O74[OH]2.5[H2O]1.5.- Na15Ca4.8Zr3NbMn2.7Fe1.5Si25ClO73[OH]3[H2O].- Na13Sr1.2Ca6.8Zr3Mn1.5FeSi26Cl0.9O74[OH]1.1[H2O]2.- Na12Sr2.5Ca6.5Zr3W0.7Mn0.8Fe2.2Si25O74.2[OH]3.8.- K3Na12Ca6Zr3NbMn3Si25[CO3]0.5O73[OH]3[H2O]1.5.- K2.2Na3.8[H3O]7Ca6Zr3.8Fe1.2Si25Cl1.5O64.3[OH]13.7.- Na14.5Ca3.7Ce0.9Zr3Nb0.7Mn3.9FeSi25.3O74[OH]3.1[H2O]0.9.- Na11Ca9Zr3Nb0.6Mn0.2Fe2.2Si25.2Cl0.2O73.2[OH]3[H2O]3.1.- Na15Ca3.5CeZr3Nb0.7Mn4.5Si25O73.5[OH]F1.5[H2O]2.- Na9.9[H3O]3.3Sr0.5Ca3.3Ce0.5Zr3.6Mn1.4Fe2.1Si24.3O66[OH]11[H2O]2.- Na14Ca5.3Zr3Ta0.5Mn0.7Fe1.3Si26Cl0.8O72[OH]2.3[H2O]2.4.- Na12Ca6Zr3NbMn3Fe3Si25ClO75[OH]2[H2O].- Na16Ca3.2Zr4.2Mn1.3Fe1.5Al0.5Si25Cl0.5O72[OH]3.3[H2O]1.7.- Pr4Mo9O18.- Na14Ca4.5Zr3CeNb0.7Mn2Fe2.5Si25O74[OH]2.5[H2O]1.5.- Na13.2Sr1.8Ca4.9Zr3.1Nb0.7Mn1.8Fe2Si25O73.1[OH]3.9[H2O]11.- Na10Ca9Zr3NbFe2Si25[CO3]O72[OH]3[H2O].- Na17.3Sr0.6Ca4.8Zr3Nb0.7Mn1.6Si25.4Cl0.7O72[OH]3.7[H2O]1.3.- Na15Ca6Zr3Nb0.9Mn0.8Fe2.2Si25.1Cl1.4O73.4[OH]1.7.- SiC.- Na10.4Ca10Zr3Nb0.4Mn0.3Fe2Si24.7[CO3]0.9O72[OH]2[H2O]1.2.- H0.5K1.3Na14.9Ca6Zr3Mn0.5Fe2Si25.5Cl1.7O72[OH]2.1.- SiC.- SiC.- K8Na27Ca12Zr6Fe3Si52Cl2O146[OH]3[H2O].- Na35Ca8.5Ce1.1Zr3.4Ti3.4Mn2.1Fe0.9Si51.1O144[OH]4.9[H2O]3.2.- SiC.- K2HgI4[H2O]3.- KLi[SO4].- KNa[TeO3][H2O]3.- Na0.5ScI3.- NaPb2[CO3]2[OH].- BaYbCo4O7.- Si3N4.- Nd0.17(Al0.19Si0.81)6(N0.92O0.08)8.- KLi[SO4].- LaNi5H7.- Ag2[CO3].- Rb2W3[TeO3]O9.- AgSNO2[H2O].- Al2[SeO3]3[H2O]6.- (Ag0.5Hg0.5)8Hg[AsO4]2O2.- NaLi[SO4].- Mg2CdCl6[H2O]12.- CsW3Br3Cl4.- ([NH4]0.67[H2O]0.33)3W3S16[NH3]3.- Ba7Cu3H17.- Cu6Al[SO4]Cl[OH]12[H2O]3.- Cs4BaP6O18.- Dy0.62Ni2Ga5.25Ge.- Cu6Al[SO4]Cl[OH]12[H2O]3.4.- Cu6Al[SO4]Cl[OH]12[H2O]3.- Pb3B10O16[OH]4.- Re3S7Cl7.- Na2V3O7.- H8[H3O]Fe3[PO4]6[H2O]6.- Hg8[SeO3]2[SeO4]2O2[H2O].- KBa6Zn4Ga7O21.- Cs3Mo5[P2O7]3O4.- K5NaTi6Se27.- Er6Si11N20O.- Er6.25Si11N20(N0.76O0.24).- Nd7Al3Si8N20O.- SeBr4.- H8[NH4]Fe3[PO4]6[H2O]6.- BaGe(Ge0.71Si0.29)3O9.- CsTi8F33.- CaAl2Pb3Si10O27[H2O]3.- CaAl2Pb3Si10O27[H2O]4.- HLi8Be6[PO4]7[H2O].- Na8Al6[GeO4]6[CO3][H2O]3.- Na8Al6[GeO4]6[CO3][H2O]2.- Na8Al6[GeO4]6[CO3][H2O]2.- K2Na5Ca(Al0.5Si0.5)12S4.5O24[H2O].- Ca6Al2[SO4]3[OH]12[H2O]26.- Mg8W9[SiO4]O33[H2O]12.- Ba3MoN4.- Ca6(Mn0.2Fe0.6Al0.2)2B1.3[SO4]2.7[OH]16.9[H2O]24.- Cs(Cs0.33K0.67)[VO]Si4O10[H2O]3.- Mg8W9[SiO4]O33[H2O]24.5.- Bi24[CrO4]8O25[OH]6[H2O]3.- Ir9Al28.- K4.7Na17.3Ca10Al24Si24[SO4]6Cl6O96.- K5.70Na11.25Mn9.75Si26.72O62.61[OH]18.11[H2O]7.- K11Na31Ca6Al36[SiO4]36[SO4]8Cl2[H2O]6.- K16Na42Ca6Al48[SiO4]48[SO4]10Cl2[H2O]5.- RuCl3.- Be2[BO3][OH][H2O].- Ba5Ga6H2.- Zn2Nb2Mn2O9.- Mn5Ge2.- LiGaO2[H2O]8.- P2O2F3.- Na3Li4Th6F31.- H6K1.2Cu5.4[CO3]6[OH]6[H2O]5.- HNa0.5Ca5.1MgFe2.7Al6.1Si12[CO3]1.2O36[OH]12[H2O]12.- Mn23Ge9.- Ba5CuIr3O12.- Na2ZnCl4[H2O]3.- TiO0.3H0.1.- Cu2SiS3.- Ag5Pb2O6.- Fe3(Fe0.5Si0.5)2O5[OH]4.- Cs4Au6S5.- LaNi5H7.- Cs3As5O9.- AuCd.- Mg3Si2O5[OH]4.- K3Nb3[BO3]2O6.- K3V5O14.- Li17Ag3Sn6.- Pb[ReO4]2.- Pb3[CO3]2[OH]2.- K3V5O14.- PbC2[CN]6.- H0.86Mg12[PO4]6(O0.14[OH]0.86)6.- H0.76Mg12[PO4]5.76[CO3]0.24(O0.17[OH]0.83)6.- Ba21Al40.- Ba10Mn3Fe3Cl3.7F31.3.- [CN3H6]Al[SO4]2[H2O]6.- Mn5(Mn0.82Fe0.18)8Sb[SiO4]2O16.- Na15[SO4]5ClF4.- Na21[SO4]7ClF6.- K3Nb3[BO3]2O6.- HSi2[OH].- BiTeI.- Ni2H.- LiPtH0.66.- CuI.- SrAlSiH.- CuScS2.- AsTe0.5O2.- LaNdSO1.75.- Na(Li0.5Zn0.5)2O2.- Sn0.9S1.8.- CuCeSnH0.33.- CdGaInS4.- ZnIn2S4.- LiCaSn.- PbI2.- CdI2.- Cu0.45In3.18Se5.- Li[NpO2][CO3][H2O]2.- Zn3In2S6.- Nb3SBr7.- CuI.- CdI2.- NbSe2.- KSn2F5.- LiYMo3O8.- KNa[SO4].- Cs3Sb2I9.- LiTiS2[H2O].- PbI2.- PbI2.- CdI2.- CdI2.- CdI2.- Ba2Cu3YO6.5.- BaTiO2.67.- AgI.- Zn5In2S8.- ZnS.- ZnS.- SiC.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- (Cd0.5Pb0.5)3[SiO4]O.- Zn4(Zn0.5In0.5)4In0.67S10.- Ag6Mo[MoO4]ClO3F3.- SiC.- ZnS.- PbI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- Cu7Te4.- AgI.- ZnS.- ZnS.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- BaVO2.5.- Na2Mo5In2O16.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- ZnS.- SiC.- Eu8[NCN]3I9[CN].- PbI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- CdI2.- Ba(Ta0.5Fe0.5)O3.- K2LiAlF6.

Caracteristici

Standard reference book with selected and easily retrievable data from the fields of physics and chemistry collected by acknowledged international scientists
Also available online in www.springerLink.com http://www.landolt-boernstein.com
Includes supplementary material: sn.pub/extras