112 results on '"Weinert, Bastian"'
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2. Binary Zintl Anions Involving Group 13–15 (Semi-)Metal Atoms, and the Relationship of Their Structures to Electron Count
3. Cover Feature: Synthesis of the (Sn4Bi4)2− Anion by Mild Oxidation of (Sn2Bi2)2− (Z. Anorg. Allg. Chem. 4/2024)
4. Synthesis of the (Sn4Bi4)2− Anion by Mild Oxidation of (Sn2Bi2)2−
5. Effect of La3+ on the Formation of Endohedral Zintl Clusters Featuring In/Bi Shells.
6. Experimental Evidence of a Diatropic Ring Current Occurring in the Metal Cluster [{(C5Me4H)2La}3Sn2Bi3]2–
7. Synthesis of the (Sn4Bi4)2− Anion by Mild Oxidation of (Sn2Bi2)2−.
8. Synthesis of the (Sn4Bi4)2− Anion by Mild Oxidation of (Sn2Bi2)2−.
9. Binary and Ternary Intermetalloid Clusters
10. Was Hochschulen leisten können
11. [M@Sn14–xSbx]q− (M = La, Ce, or U; x = 6–8; q = 3, 4): Interaction of 4f or 5f Metal Ions with 5p Metal Atoms in Intermetalloid Clusters
12. Polymer-coated nanoparticles: Carrier platforms for hydrophobic water- and air-sensitive metallo-organic compounds
13. [M@Sn14–xSbx]q− (M = La, Ce, or U; x = 6–8; q = 3, 4): Interaction of 4f or 5f Metal Ions with 5p Metal Atoms in Intermetalloid Clusters.
14. Binary and Ternary Intermetalloid Clusters
15. Rezension: Exit‐Puzzle ‐‐ das Labor
16. [M@Sn14–xSbx]q−(M = La, Ce, or U; x= 6–8; q= 3, 4): Interaction of 4f or 5f Metal Ions with 5p Metal Atoms in Intermetalloid Clusters
17. Binary Zintl Anions Involving Group 13–15 (Semi-)Metal Atoms, and the Relationship of Their Structures to Electron Count.
18. Cover Feature: Synthesis of the (Sn4Bi4)2− Anion by Mild Oxidation of (Sn2Bi2)2− (Z. Anorg. Allg. Chem. 4/2024).
19. Intermetalloid and Heterometallic Clusters Combining p-Block (Semi)Metals with d- or f-Block Metals
20. Hexaphenyl carbodiphosphorane adducts of heavier group 15 element trichlorides: syntheses, properties and reactivities
21. Effect of La3+on the Formation of Endohedral Zintl Clusters Featuring In/Bi Shells
22. Frontispiece: (Multi-)Metallic Cluster Growth
23. (Multi-)Metallic Cluster Growth
24. Recent developments in Zintl cluster chemistry
25. {[Ir$_3$(cod)$_3$($\mu_3$-S)$_2$]($\mu_3$-S)SnCl}$_2$ – a ternary Ir–Sn–S cluster with the iridium atoms in three different chemical environments
26. Zweites Vernetzungstreffen der Praktikumsleiter Anorganische Chemie
27. Tin Sulfide Clusters with Polyheteroatomic Ligands: Syntheses, Structures, and Photoluminescence Properties
28. Synthese, Charakterisierung und quantenchemische Studien zu Zintl-Anionen und intermetalloiden Clustern
29. Ionic-Radius-Driven Selection of the Main-Group-Metal Cage for Intermetalloid Clusters [Ln@PbxBi14-x]q- and [Ln@PbyBi13-y]q- (x/q=7/4, 6/3; y/q=4/4, 3/3)
30. Binary and Ternary Intermetalloid Clusters.
31. ChemInform Abstract: Ionic‐Radius‐Driven Selection of the Main‐Group‐Metal Cage for Intermetalloid Clusters [Ln@PbxBi14‐x]q‐ and [Ln@PbyBi13‐y]q‐ (x/q = 7/4, 6/3; y/q = 4/4, 3/3).
32. ChemInform Abstract: Origin and Location of Electrons and Protons During the Formation of Intermetalloid Clusters [Sm@Ga3-xH3-2xBi10+x]3-(x = 0, 1).
33. Ionic‐Radius‐Driven Selection of the Main‐Group‐Metal Cage for Intermetalloid Clusters [Ln@PbxBi14−x]q− and [Ln@PbyBi13−y]q− (x/q=7/4, 6/3; y/q=4/4, 3/3)
34. Origin and Location of Electrons and Protons during the Formation of Intermetalloid Clusters [Sm@Ga3−xH3−2xBi10+x]3−(x=0, 1)
35. Herkunft und Verbleib von Elektronen und Protonen bei der Bildung des intermetalloiden Clusters [Sm@Ga3−xH3−2xBi10+x]3−(x=0, 1)
36. {[Ir3(cod)3(μ3-S)2](μ3-S)SnCl}2 – a ternary Ir–Sn–S cluster with the iridium atoms in three different chemical environments.
37. ChemInform Abstract: Formation of [Bi11]3-, a Homoatomic, Polycyclic Bismuth Polyanion, by Pyridine-Assisted Decomposition of [GaBi3]2-.
38. Mit Tetraedern zum Ziel
39. Bildung eines homoatomaren, polycyclischen Bismut-Polyanions, [Bi11]3−, durch Pyridin-unterstützte Zersetzung von [GaBi3]2−
40. Formation of [Bi11]3−, A Homoatomic, Polycyclic Bismuth Polyanion, by Pyridine-Assisted Decomposition of [GaBi3]2−
41. Rücktitelbild: Bildung eines homoatomaren, polycyclischen Bismut-Polyanions, [Bi11]3−, durch Pyridin-unterstützte Zersetzung von [GaBi3]2−(Angew. Chem. 18/2014)
42. Back Cover: Formation of [Bi11]3−, A Homoatomic, Polycyclic Bismuth Polyanion, by Pyridine-Assisted Decomposition of [GaBi3]2−(Angew. Chem. Int. Ed. 18/2014)
43. Luminescence in Functionalized Copper Thiolate Clusters – Synthesis and Structural Effects
44. ChemInform Abstract: Making Practical Use of the Pseudo‐Element Concept: An Efficient Way to Ternary Intermetalloid Clusters by an Isoelectronic Pb‐—Bi Combination.
45. ChemInform Abstract: Subtle Impact of Atomic Ratio, Charge and Lewis Basicity on Structure Selection and Stability. The Zint Anion [(La@In2Bi11)(μ-Bi)2(La@In2Bi11)]6-.
46. Subtle Impact of Atomic Ratio, Charge and Lewis Basicity on Structure Selection and Stability: The Zintl Anion [(La@In2Bi11)(μ‐Bi)2(La@In2Bi11)]6−
47. Making practical use of the pseudo-element concept: an efficient way to ternary intermetalloid clusters by an isoelectronic Pb−–Bi combination
48. One‐Dimensional Coordination Polymers Containing Polynuclear (Selenolato)copper Complexes Linked by Bipyridine Ligands
49. Ionic-Radius-Driven Selection of the Main-Group-Metal Cage for Intermetalloid Clusters [Ln@PbxBi14-x]q- and [Ln@PbyBi13-y]q- (x/q=7/4, 6/3; y/q=4/4, 3/3).
50. Origin and Location of Electrons and Protons during the Formation of Intermetalloid Clusters [Sm@Ga3− xH3−2 xBi10+ x]3− ( x=0, 1).
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