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1	Author	A.-R Schulze, U. Hk, Müller-Buschbaum	Requires cookie*
	Title	Oxogallates of Alkaline Earth Metals, IX The Structure of ß-SrGa204
	Abstract	/?-SrGa204 was prepared and investigated by X-ray single crystal methods. It crystallizes with monoclinic symmetry: C2j>-P2i/c, a — 839.2; b = 901.8; c = 1069.7 pm; ß = 93.9°, Z — 8. The orientation of the tetrahedra is discussed in comparison with other well-known members of the stuffed tridymite structure.
	Reference	Z. Naturforsch. 36b, 892—893 (1981); eingegangen am 27. März 1981
	Published	1981
	Keywords	Crystal Structure, Strontium, Gallium, Oxide
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	TEI-XML for	default:Reihe_B/36/ZNB-1981-36b-0892_n.pdf
	Identifier	ZNB-1981-36b-0892_n
	Volume	36

2	Author	Birgit Lehnis, Joachim Strähle	Requires cookie*
	Title	Synthese und Kristallstruktur von C83(AuBr 4 ) 2 Br3 Synthesis and Crystal Structure of Cs3(AuBr4) 2 Br 3
	Abstract	Cs3(AuBr4)2Br3 is obtained in the form of red needles by adding the stoichiometric amount of CsBr to a solution of HAuBr4 and Br3~ in aqueous HBr. The salt decomposes slowly at room temperature to form a mixed-valent, cubic bromo aurate(I,III), in which the linear AuBr 2 ~ ions are partially substituted by Br3~ ions. At 140 °C Cs 2 Au 2 Bre and CsBr are formed. Cs3(AuBr4) 2 Br3 crystallizes monoclinic with four formula units in the space group P2i/c. The structure is built up by AuBr 4 ~ and Br3~ anions and Cs+ cations. An average Au-Br distance of 242.2 pm was found for the square planar AuBr 4 ~ ion. The linear Br3~ groups are almost symmetrical with Br-Br distances of 254.0 and 256.2 pm. Therefore only two vibrations are observed in the IR spectrum: Vas = 172, <5 = 56 cm -1 . The absorptions of the AuBr 4 _ groups are: vas = 250, <5as= 113, y — 102 cm -1 .
	Reference	Z. Naturforsch. 36b, 1504—1508 (1981); eingegangen am 8. September 1981
	Published	1981
	Keywords	Synthesis, IR Spectra, Crystal Structure
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	TEI-XML for	default:Reihe_B/36/ZNB-1981-36b-1504.pdf
	Identifier	ZNB-1981-36b-1504
	Volume	36

3	Author	Gertrud Kiel	Requires cookie*
	Title	Preparation and Crystal Structure of SbCl3 * I2 * 1,4-Dithiane
	Abstract	The darkred compound SbCl3 • I2 • S2C4H8 has been prepared and its crystal structure determined. This new compound crystallizes in the monoclinic system, space group P2i, with a = 849.2 pm, b = 904.2 pm, c = 923.6 pm and ß = 106.1° at a temperature of 113 K, and with a = 858.8(2) pm, b = 914.7(3) pm, c = 934.0(4) pm and ß = 106.62(3)° at a tem-perature of 293 K, respectively. The structure is buüt up from chains (SC2H4S-I-I-ClSbCl2) oo with a y-trigonal bipyramid around Sb.
	Reference	(Z. Naturforsch. 36b, 55—58 [1981]; eingegangen am 19. August/22. Oktober 1980)
	Published	1981
	Keywords	Iodine Antimony Trichloride 1, 4-Dithiane, Crystal Structure
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	TEI-XML for	default:Reihe_B/36/ZNB-1981-36b-0055.pdf
	Identifier	ZNB-1981-36b-0055
	Volume	36

4	Author	Gerhard Thiele, Klaus Brodersen, Herbert Frohring	Requires cookie*
	Title	Über Cyanohalogenomercurate der Alkalimetalle On Cyanohalogenomercurates of Alkali Metals
	Abstract	The reactions between Hg(CN)2 and HgX2 in aqueous solutions of alkali halides MX (M = Na, K, Rb; X = CN, Cl, Br, I) lead to mixed cyanohalogenomercurates.
	Reference	Z. Naturforsch. 36b, 180—187 (1981); eingegangen am 29. Oktober 1980
	Published	1981
	Keywords	Cyanohalogenomercurates, Mercury Compounds, Cyano Complex, Crystal Structure
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	TEI-XML for	default:Reihe_B/36/ZNB-1981-36b-0180.pdf
	Identifier	ZNB-1981-36b-0180
	Volume	36

5	Author	Brigitte Eisenmann, Herbert Schäfer	Requires cookie*
	Title	Zintlphasen mit binären Anionen: Zur Kenntnis von BaGe2P2 und BaGe2As2 Zintl Phases with Binary Anions: BaGe2P2 and BaGe2As2
	Abstract	The new isotypic compounds BaGe2P2 and BaGe2As2 crystallize in the tetragonal system (P42mc) with the following lattice constants:
	Reference	Z. Naturforsch. 36b, 415—419 (1981); eingegangen am 22. Dezember 1980
	Published	1981
	Keywords	Intermetallic Valence Compounds, Zintl Phases, Crystal Structure
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	TEI-XML for	default:Reihe_B/36/ZNB-1981-36b-0415.pdf
	Identifier	ZNB-1981-36b-0415
	Volume	36

6	Author	Frank Kübel, Joachim Strähle	Requires cookie*
	Title	Polymere Dimethyl-und Diphenylglyoximatokomplexe des Cobalts und Eisens mit Pyrazin als Brückenligand. Die Kristallstruktur des Bis(dimethylglyoximato)pyrazin-cobalt(II) + Polymeric Dimethyl-and Diphenylglyoximato Complexes of Cobalt and Iron with Pyrazine as a Bridging Ligand. The Crystal Structure of Bis(dimethylglyoximato)pyrazine Cobalt(II)+
	Abstract	Polymeric bis(dimethyl-and diphenylglyoximato)-complexes of Fe(II) and Co(II) with pyrazine as a bridging ligand have been synthesized. The Co(II) complexes are para-magnetic with n = 1.83 B.M., and surprisingly stable against oxidation. Bis (dimethyl-glyoximato)pyrazine-cobalt (II) crystallizes monoclinic in the space group C2/m with Z = 2. The crystal structure shows linear chains of alternating Co atoms and pyrazine ligands. Perpendicular to the chain, the Co atoms are coordinated in a square planar arrangement by two dimethylglyoximato ligands (Co-N= 189 pm), the local symmetry being C2h-The long Co-pyrazine distance of 224 pm is in agreement with the fact that the compound is a 19 electron complex. The Co complexes do not have conducting properties. The Fe(II) complexes possess the same structure but with stronger bonds in the chain. They show very low conductivity of approximately 10 -10 cm -1 Q~ l . The Mössbauer spectra of the Fe-complexes are reported.
	Reference	Z. Naturforsch. 36b, 441—446 (1981); eingegangen am 16. Januar 1981
	Published	1981
	Keywords	Iron and Cobalt Glyoximato Pyrazine Complexes, Synthesis, Crystal Structure
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	TEI-XML for	default:Reihe_B/36/ZNB-1981-36b-0441.pdf
	Identifier	ZNB-1981-36b-0441
	Volume	36

7	Author	-), Cyclotetra, Phosphazane, Werner Zeiß, Tino Kuhn, Dieter Lux, Wolfgang Schwarz, Heinz Hess	Requires cookie*
	Title	(MePNMe)4 Mel und (MePNMe)4 2 Mel, ein Cyclotetra(A 3 .A 3 .A 3 .A 5 -) und ein Cyclotetra(A 3 .A 5 .A 3 .A 5 -phosphazan) (MePNMe)4 * Mel and (MePNMe)4 * 2 Mel, a Cyclotetra
	Abstract	(2) with three P 111 and one P v , and (3) with two P In and P v atoms are prepared from 1 with methyl iodide. NMR spectra of 2 are compared with those of the recently prepared [1] 4. The crystal structure of 3 shows the molecule to have a crystallographic inversion centre. Thus cis-trans isomerisation must have taken place during the working up procedure. Alkylation has severe consequences on bond distances and bond angles of the cyclotetraphosphazane ring system, in contrast to M(CO)s complexation at the same positions as shown in a similar case recently [8].
	Reference	Z. Naturforsch. 36b, 561—565 (1981); eingegangen am 9. Dezember 1980
	Published	1981
	Keywords	Cyclotetraphosphazanes, NMR Spectra, Crystal Structure Cyclotetraphosphazanes
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	TEI-XML for	default:Reihe_B/36/ZNB-1981-36b-0561.pdf
	Identifier	ZNB-1981-36b-0561
	Volume	36

8	Author	Eberhard Schweda, Joachim Strähle	Requires cookie*
	Title	Nitrido-azido-Komplexe des Molybdäns(VI) Synthese und Kristallstruktur von MoN(N3)3(NC5H5) Nitrido Azido Complexes of Molybdenum (VI) Synthesis and Crystal Structure of MoN(N3)3(NC5H5)
	Abstract	The explosive nitrido azido complexes MoN(N3)Cl2 • py and MoN(N3)3py are prepared by the reaction of MoCLi(py)2 with (CH3)3SiN3 in 1,2-dichloroethane. Both compounds hydrolyze quickly in moist air. After separation of the insoluble, black MoN(N3)Cl2 • py from the solution of MoN(N3)3py, the latter can be obtained in form of monoclinic, red crystals of the space group C2/c. Its structure consists of monomeric complexes, wherein the Mo atom has a square pyramidal coordination. The nitrido ligand occupies the apex and forms a strong multiple bond of 163.4 pm to the Mo atom. cr-Bonds of different strength exist between the Mo atom and the basal ligands: M0-N3 — 204.3 pm; Mo-py = 225.8 pm. The a-N atoms of the azido groups are sp 2 hybridized, with their lone pair pointing away from the nitrido ligand. The pyridine ligand forms an angle of 61.6° to the basal plane of the coordination polyhedron.
	Reference	Z. Naturforsch. 36b, 662—665 (1981); eingegangen am 10. März 1981
	Published	1981
	Keywords	Synthesis, Crystal Structure, Molybdenum Nitrido Azido Complexes
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	TEI-XML for	default:Reihe_B/36/ZNB-1981-36b-0662.pdf
	Identifier	ZNB-1981-36b-0662
	Volume	36

9	Author	Günther Eulenberger	Requires cookie*
	Title	Tl2Sn2S5, a Thallium(I) Thiostannate(IV) with Fivefold Coordinated Tin
	Abstract	The new compound Tl2Sn2Ss was prepared by fusion of a stoichiometric mixture of the elements followed by prolonged heating at 300 °C. The compound crystallizes in the monoclinic system in space group C2/c with lattice constants a — 11.115(2), 6 = 7.723(1), c = 11.492(2) A, and ß = 108.60(1)° (Z = 4). The Sn atoms are coordinated by five S atoms forming a considerably distorted trigonal bipyramid (mean distance Sn-S: 2.497 Ä). By common edges the SnSö bipyramids are linked into chains extending in the [110] and [1T0] directions, respectively. The chains are cross-linked by sharing the remaining equatorial vertices of the SnSs bipyramids, thus forming a three-dimensional framework which is related to that described for NajS^Sg [1]. The T1 atoms located in channels running parallel to the b axis are surrounded by nine S atoms. The distances Tl-S vary from 3.073 to 3.897 A.
	Reference	Z. Naturforsch. 36b, 687—690 (1981); eingegangen am 10. März 1981
	Published	1981
	Keywords	Ternary Thallium Sulfide, Thiostannate, Crystal Structure, Trigonal Bipyramidal Coordination
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	TEI-XML for	default:Reihe_B/36/ZNB-1981-36b-0687.pdf
	Identifier	ZNB-1981-36b-0687
	Volume	36

10	Author	A.-R Schulze, Hk Müller-Buschbaum	Requires cookie*
	Title	Zur Verbindungsbildung von MeO :M203. V Neue metastabile Verbindungen: BaSr2Y6012, BaSr2Er6012 und BaSr2Tm6012
	Abstract	The new metastable compounds BaSr2YeOi2 (I), BaSr2Er60i2 (II) and BaSr2Tm60i2 (III) could be prepared with high temperature reactions (C02-Laser). The X-ray single crystal investigations lead to hexagonal symmetry, space group Ch-P63/m; lattice constants: I: o= 1029.9 c = 340.9 pm II: a = 1027.7 c = 338.5 pm III: a = 1021.5 c = 337.6 pm The crystal structure the formation of the compounds and the range of stabüity are discussed.
	Reference	Z. Naturforsch. 36b, 837—839 (1981); eingegangen am 27. März 1981
	Published	1981
	Keywords	Barium, Strontium, Rare Earth, Oxide, Crystal Structure
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	Identifier	ZNB-1981-36b-0837
	Volume	36

11	Author	Dieter Brodalla, Rüdiger Kniep, Dietrich Mootz	Requires cookie*
	Title	A New Form of A1(H2P0 4 )3 with Three-Dimensional Al-O-P Crosslinking
	Abstract	3 [A1(H 2 P0 4) 3 ] has been prepared and characterized as a second modification of alu-minium tris(dihydrogenphosphate). Its crystal structure is a three-dimensional Al-O-P network of AlOß octahedra, linked by common vertices through 0 2 P(0H) 2 tetrahedra with six further octahedra. Each P-OH group is a proton donor as well as a proton acceptor of 0-H---0 hydrogen bonds arranged in angular chains of alternating polarity in macroscopic domains.
	Reference	Z. Naturforsch. 36b, 907—909 (1981); eingegangen am 18. Mai 1981
	Published	1981
	Keywords	Acid Aluminium Phosphates, Crystal Structure, Polymorphism
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	TEI-XML for	default:Reihe_B/36/ZNB-1981-36b-0907.pdf
	Identifier	ZNB-1981-36b-0907
	Volume	36

12	Author	Otto Cullmann, Heinz-Walter Hinterkeuser, Hans-Uwe Schuster	Requires cookie*
	Title	Hans
	Abstract	The ternary compound /M^ZnGe was prepared and its structure determined from powder and single crystal data. The compound crystallizes in a modified NaßAs type structure, space group PlTm 1-Djjd-The cell parameters are: a = 432.6 pm, c — 1647.0 pm, c/a= 3.83. A phase transition between a-and /S-L^ZnGe was found and the reaction of the elements lithium, zinc and germanium to a-Li2ZnGe was followed by differential thermal analysis. The temperatures and the enthalpies of transition and fusion were determined. Vorbemerkung
	Reference	Z. Naturforsch. 36b, 917—921 (1981); eingegangen am 20. Mai 1981
	Published	1981
	Keywords	Ternary Intermetallic Compounds, Crystal Structure, Phase Transition
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	TEI-XML for	default:Reihe_B/36/ZNB-1981-36b-0917.pdf
	Identifier	ZNB-1981-36b-0917
	Volume	36

13	Author	Joachim Pickardt	Requires cookie*
	Title	Metallkomplexe mit Hexamethylentetramin als Ligand: Kristallstruktur des Cadmiumiodid-Addukts 3 Cdl2 * 2 C6H12N4 * 4 H20 Metal Complexes with Hexamethylenetetramine as Ligand: Crystal Structure of the Cadmium Iodide Adduct 3CdI2 * 2C6Hi2N4 * 4H20
	Abstract	The reaction of aqueous solutions of cadmium iodide and hexamethylenetetramine yields crystals of an adduct 3CdI2 • 2CeHi2N4 • 4H20. The crystals are monoclinic, space group P 2i/n, Z = 2, a = 811.5(2), b = 1049.2(4), c = 1849.5(6) pm, ß = 97.73(2)°. The adduct is polymeric and may be regarded as built up from groups of two tetrahedrally and one octahedrally coordinated Cd(II) ions in which the tetrahedra and the octahedron are sharing common iodine atoms at the corners; neighbourirg Cd a units are interlinked by hexamethylenetetramine molecules.
	Reference	Z. Naturforsch. 36b, 1225—1227 (1981); eingegangen am 4. Mai 1981
	Published	1981
	Keywords	Hexamethylenetetramine Complexes, Cadmium Iodide Adduct, Crystal Structure
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	TEI-XML for	default:Reihe_B/36/ZNB-1981-36b-1225.pdf
	Identifier	ZNB-1981-36b-1225
	Volume	36

14	Author	Bernt Krebs, Hans-Joachim Wallstab	Requires cookie*
	Title	Thio-hydroxoanionen des Germaniums: Darstellung, Struktur und Eigenschaften von Na2GeS2(OH)2 * 5 H20 Thio-hydroxo Anions of Germanium: Preparation, Structure and Properties of Na2GeS2(OH)2 * 5 H20
	Abstract	Pure thio-hydroxo-germanates can be prepared from aqueous solutions by reactions of stoichiometric amounts of either sodium sulfide and Ge02, or NaOH and GeS2. The preparation of colourless crystalline Na2GeS2(OH)2 • 5 H20 is reported. The compound is characterized by a single-crystal X-ray structure analysis. It is orthorhombic, space group Pbcn, with a = 10.752(2), 6= 13.787(2), c = 14.150(2) A. The structure contains novel monomeric GeS2(OH)2 2-anions with Ge-S bond distances of 2.150(1) and 2.145(1) Ä and with Ge-0 lengths of 1.809(3) and 1.815(3) A. An extensive S • • • HO-and O -HO-hydrogen bond system connects the anions with the octahedrally coordinated Na + ions. The vibra-tional spectra are reported. The symmetric GeS2 andGe02 stretching vibrations in the anion are observed at 415 and 618 cm -1 .
	Reference	Z. Naturforsch. 36b, 1400—1406 (1981); eingegangen am 14. Mai 1981
	Published	1981
	Keywords	Thiogermanates, Thio-hydroxo Anions, Crystal Structure, Germanium
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	TEI-XML for	default:Reihe_B/36/ZNB-1981-36b-1400.pdf
	Identifier	ZNB-1981-36b-1400
	Volume	36

15	Author	Siegfried Pohl, Ulrich Seyer, Bernt Krebs	Requires cookie*
	Title	Sulfidhalogenide des Germaniums: Darstellung und Strukturen von Ge4S6Br4 und Ge4S6I4 Thiohalides of Germanium: Preparation and Structures of Ge4SeBr4 and Ge4S6l4
	Abstract	The reaction of GeX4 (X = Br, I) and H2S in CS2 yields Ge4S6Br4 (1) and Ge4S6Li (2). The crystal structures of 1 and 2 were determined from single crystal X-ray data (1: PT, a == 880.6, b = 993.4, c = 1010.6 pm, a = 86.05, ß = 64.00, y = 89.87°, V = 792 • 10 6 pm 3 , Z = 2,2 : P"3, a = 1064.0, c = 946.1 pm, V = 928 • 10 6 pm 3 , Z = 2). They consist of isolated adamantane-like molecules.
	Reference	Z. Naturforsch. 36b, 1432—1436 (1981); eingegangen am 23. Mai 1981
	Published	1981
	Keywords	Thiohalides of Germanium, Synthesis, Crystal Structure
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	Identifier	ZNB-1981-36b-1432
	Volume	36

16	Author	Edgar Niecke, Anke Nickloweit-Lüke, Reinhold Rüger, Bernt Krebs, Helmut Grewe	Requires cookie*
	Title	.2A 3 .3A 3 -Azadiphosphiridine -Synthese, Kristallstruktur und Eigenschaften 1,2 A 3 ,3 x 3 -Azadiphosphiridines -Synthesis, Crystal Structure and Proj)erties
	Abstract	1,2 A 3 ,3 A 3 -Azadiphosphiridines are avaüable by elimination of hydrogenhalide from ß-and y-functional molecular frameworks and by 1 + 2 cycloaddition of phosphinidenes towards aminoiminophosphanes. In contrast to other three-membered phosphorus com-pounds, azadiphosphiridines decompose by 2 +1 cycloreversion to aminoiminophosphanes and phosphinidenes. The molecular structure of an azadiphosphiridine demonstrates the trans arrangement of the exocyclic ligands and the planarity of the endocyclic nitrogen.
	Reference	Z. Naturforsch. 36b, 1566—1574 (1981); eingegangen am 13. Juli 1981
	Published	1981
	Keywords	Azadiphosphiridines, Cyclisation, Thermal Decomposition, NMR Spectra, Crystal Structure
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	TEI-XML for	default:Reihe_B/36/ZNB-1981-36b-1566.pdf
	Identifier	ZNB-1981-36b-1566
	Volume	36

17	Author	Rüdiger Kniep, Lutz Körte, Dietrich Mootz	Requires cookie*
	Title	Kristallstruktur der stabilen Modifikation von SeQi Crystal Structure of the Stable Modification of SeCU
	Abstract	Single crystals of the stable modification of selenium tetrachloride (a-SeCU) were grown by sublimation, and the crystal structure was determined. As that of metastable ß-SeCU it contains tetrameric cubane-like molecules Se4Cli6, but with different point symmetry and in positions which correspond to those of the atoms of the tungsten structure type.
	Reference	Z. Naturforsch. 36b, 1660—1662 (1981); eingegangen am 7. August 1981
	Published	1981
	Keywords	Selenium(IV) Chloride, Crystal Structure, Polymorphism
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	Identifier	ZNB-1981-36b-1660_n
	Volume	36

18	Author	Walter Abriel	Requires cookie*
	Title	Die Kristallstruktur von Te6OnCl2 The Crystal Structure of Te60iiCl2
	Abstract	Crystals of the title compound are monoclinic (space group P2i/m) with a — 6.844(4) Ä, 6 = 6.800(4) Ä, c= 15.227(9) A, y= 120.19° and Z = 2. The structure contains infinite cationic [(Tei2C>22) 4+ ]oo -chains with three different sites for tellurium. There are three oxygen atoms in a y-tetrahedral arrangement around Tel, and four oxygen atoms in a y-trigonal-bipyramidal coordination around Te2 and Te3.
	Reference	Z. Naturforsch. 36b, 405—409 (1981); eingegangen am 28. Januar 1981
	Published	1981
	Keywords	System Te02-TeCl4, Ternary Compounds, Crystal Structure, Lone-Pair Electrons
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	Identifier	ZNB-1981-36b-0405
	Volume	36

19	Author	M. Krishnaiah, L. Ramamurthy, P. Ramabrahmam, H. Manohar	Requires cookie*
	Title	The X-ray Structure of gem-N3P3Cl4(NPPh3)2-Conformation of the NPPh3 Groups
	Abstract	An X-ray crystallographic study of geminal tetrachlorobis(triphenylphosphazenyl)cyclotri-phosphazatriene reveals Type II conformation of both triphenylphosphazenyl groups with respect to the P-N ring. These results are consistent with 31 P NMR data. The phosphazene ring has a distorted chair conformation.
	Reference	Z. Naturforsch. 36b, 765—767 (1981); received December 29 1980
	Published	1981
	Keywords	Tetrachlorobis(triph9nylphosphazenyl)-cyclotriphosphazatriene, X-ray, Crystal Structure, Triphenylphosphazenyl Group Conformation
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	Identifier	ZNB-1981-36b-0765_n
	Volume	36

20	Author	PeterG. Jones, Einhard Schwarzmann, GeorgeM. Sheldrick, Harald Timpe	Requires cookie*
	Title	Darstellung und Struktur von Di-gold(III)bis(selenit)(diselenit), Au2(Se0 3 )2(Se 2 05) Preparation and Crystal Structure of Di-gold(III)bis(selenite) Diselenite, Au2(Se0 3 )2(Se 2 05)
	Abstract	The compound Au 2 (Se0 3) 2 (Se 2 0s) was pre-pared from gold metal and seienic acid at 553 K. The crystal structure [C2/c, a = 2034.4(5), b = 413.0(1), c = 1325.4(3) pm, ß = 115.88(3)°, Z = 4] was refined to R = 0.035. Both gold atoms lie on crystallographic centres of sym-metry and show square planar coordination (Au-0 196.9-201.3 pm). The extended structure consists of three cross-linked systems of the form [ • • • -Au-(selenite or diselenite) -Au----].
	Reference	Z. Naturforsch. 36b, 1050—1051 (1981); eingegangen am 19. Mai 1981
	Published	1981
	Keywords	Sealed-tube Synthesis, Crystal Structure, Selenite Ligand, Diselenite Ligand
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	Identifier	ZNB-1981-36b-1050_n
	Volume	36

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