Condensed Metal Clusters

Angewandte Chemie International Edition in English

Volumn 20, Issue 1, 1981, Pages 1-22

  Simon, Arndt ^a  

^a MAX PLANCK INSTITUT FÜR FESTKÖRPERFORSCHUNG   (Germany)

Author keywords

Cluster compounds; Lanthanides; Metal metal interactions; Solid state reactions

Indexed keywords

CHLORINE COMPOUNDS; RARE EARTH ELEMENTS;

CONDENSED METAL CLUSTERS; HALIDES; TRANSITION METALS;

METALLIC COMPOUNDS;

EID: 0002205946     PISSN: 05700833     EISSN: 15213773     Source Type: Journal    
DOI: 10.1002/anie.198100013     Document Type: Review

References (232)

1. Metall-Metall-Bindungen bei niederen Halogeniden, Oxyden und Oxydhalogeniden schwerer Übergangsmetalle Thermochemische und strukturelle Prinzipien
2. Metal-metal interaction in transition metal complexes
3. Transition Metal Cluster Compounds
4. Halides and Oxyhalides of the Early Transition Series and their Stability and Reactivity in Nonaqueous Media
5. Oxidation-Reduction and Related Reactions of Metal-Metal Bonds
6. Recent results in the chemistry of transition metal clusters with organic ligands
7. Crystal chemistry of the chalcogenides and pnictides of the transition elements
8. Strukturchemie metallreicher Verbindungen
9. Monochloride von Lanthanoiden: GdCl und TbCl
10. The crystal structure of NbCl5
11. The crystal structure of α-niobium tetraiodide
12. Ternäre Rheniumsulfide mit [Re6S8]-Clustern
13. Strukturuntersuchungen an Platin(II)-chlorid
14. Metal-Metal Bonding in [Re2X8]2-Ions and Other Metal Atom Clusters
15. Das Wolframtrichlorid [W6Cl12] Cl6
16. [(n-C4H9)4N]2Mo5Cl13 — eine Verbindung mit der Baugruppe [Mo5Cl8i]
17. The molybdenum iodide cluster anion undecaiodotetramolybdate(2-). A new cluster type structurally related to the octaiodohexamolybdenum(4+) octahedral cluster
18. The crystal structure of K3MoCl6
19. The crystal structures of Nb3Se4and Nb3Te4
20. Preparation, structure and properties of triniobium tetrasulphide, Nb3S4
21. The Crystal Structures of Nb5Se4 and Nb5Te4.
22. Complex alloy structures regarded as sphere packings. I. Definitions and basic principles
23. The frameworks (Bauverbände) of the cubic structure types
24. Structure and bonding of alkali metal suboxides
25. The crystal structure of Ti5Te4
26. On the Arsenides and Antimonides of Niobium.
27. On the Arsenides and Antimonides of Tantalum.
28. The Crystal Structure of Mo5As4.
29. The Crystal Structure of V3As2.
30. The Crystal Structure of Nb7P4.
31. Positional disorder and non-stoichiometry in Cu2−xMo3S4 compounds. I. Single-crystal studies of Cu2−xMo3S4 (x = 1.1, 0.62, 0.53, 0.17) at room temperature
32. New Ternary Phosphides of the Nb5Cu4Si4 Type.
33. The Crystal Structure of Nb4As3.
34. The Structure of a High-temperature Polymorph of V4As3.
35. Crystal chemical studies of the 5f-series of elements. VIII. Crystal structure studies of uranium silicides and of CeSi2, NpSi2, and PuSi2
36. Atomic positions in U3Si
37. On the U3Si (Doc) crystallographic type
38. Compressibilities and Grüneisen constants of the monoxides of titanium, vanadium and niobium
39. The ordered structure of TiO
40. Die Modifikationen des Niobpentoxids
41. The Crystal Structure of Ta2P.
42. New Metal-rich Arsenides of Niobium and Tantalum.
43. The crystal structure of Ti2S
44. New Phases in the Hf-As System.
45. The crystal structure of Nb21S8
46. Preparation and structure determination of Ti8S3
47. Compounds of uranium with the transition metals of the first long period
48. The crystal structure of Ta6S
49. The crystal structure of Ta2S
50. The crystal structure of Zr9S2
51. Zur Kenntnis der Metalle der seltenen Erden
52. Die Kristallstruktur von Praseodymdiiodid (Modifikation V)
53. Metallreiche Verbindungen der Seltenen Erden Gd2Cl3, Gd2Br3 und Tb2Cl3
54. Monohalogenide der Lanthanoide [1]
55. The crystal structures of V2C and Ta2C
56. Crystal structure of dihafnium sulfide*
57. In∼3Mo15Se19, containing isolated Mo6 and Mo9 clusters
58. New indium molybdenum selenides: InMo6Se8 and In2Mo15Se19
59. Structure de Tl2Mo9S11: clusters Mo12 et Mo6 isolés
60. One-dimensional condensation of Mo6 octahedral clusters: A new cluster, Mo12, and a new building block, Mo12S14, in M2Mo9S11
61. A Note on the Compositions and Crystal Structures of MnB2, Mn3Si, Mn5Si3, and FeSi2.
62. Kristallstruktur des Titanphosphids Ti5P3
63. The Crystal Structure of Ru7B3.
64. Crystal Structure Refinements of Ni3B, o-Ni4B3, and m-Ni4B3.
65. The rhodium–germanium system. I. The crystal structures of Rh2Ge, Rh5Ge3and RhGe
66. The Crystal Structures of beta-V5As3, gamma-V5As3 and Cr5As3.
67. The Structures of Ni6Si2B, Fe2P and Related Phases.
68. Structure cristalline de NiMoP
69. The Structures of Co2P, Ru2P, and Related Phases.
70. Die Kristallstruktur von Co2P
71. The Crystal Structure of V2P.
72. The crystal structure of Co2Si
73. The Crystal Structure of Re2P.
74. The Crystal Structure of Hf3P2.
75. Two New Zirconium Arsenides, Zr3As2 and Zr8As5.
76. Crystal Structure Refinement of Cr3C2.
77. Crystallographic Data on New Scandium Arsenides and Phosphides.
78. The structure of Ni2Si
79. Lanthanum ruthenium boride, LaRu4B4
80. Crystal Structure of Nb5P3.
81. New Phases in the Hf-As System.
82. The Crystal Structure of Nb8P5.
83. The Crystal Structure of Mo8P5 from Twin-crystal Data.
84. The Crystal Structure of Mo4P3.
85. Relationships between Carbonyl Hydride Clusters and Interstitial Hydrides
86. Cluster-Komplexe mit interstitiellen Hauptgruppen-Atomen
87. Die Kristallstruktur von TiP0.63
88. Studies of Crystal Structures and Phase Relationships in the Ti-P System.