about
Cationic cluster formation versus disproportionation of low-valent indium and gallium complexes of 2,2'-bipyridineHomoleptic Gold Acetonitrile Complexes with Medium to Very Weakly Coordinating Counterions: Effect on Aurophilicity?[Ni(cod)2][Al(OR(F))4], a Source for Naked Nickel(I) ChemistryDSR: enhanced modelling and refinement of disordered structures with SHELXL.Reactivity studies of a Ge(I)-Ge(I) compound with and without cleavage of the Ge-Ge bond.An experimental charge density study of two isomers of hexasilabenzene.Donor-acceptor cyclopropanes with Lawesson's and Woollins' reagents: formation of bisthiophenes and unprecedented cage-like molecules.Heteroaromaticity approached by charge density investigations and electronic structure calculations.Electron transfer between hydrogen-bonded pyridylphenols and a photoexcited rhenium(I) complex.Conversion of a singlet silylene to a stable biradical.Light- or oxidation-triggered CO release from [Mn(I)(CO)3(κ(3)-L)] complexes: reaction intermediates and a new synthetic route to [Mn(μ-O)2(L)2] compounds.Mechanism of the Ti(III)-Catalyzed Acyloin-Type Umpolung: A Catalyst-Controlled Radical Reaction.Using the Lewis Acid Me3 Si-F-Al(ORF )3 To Prepare Phosphino-Phosphonium Cations with the Least-Coordinating Anion [(RF O)3 Al-F-Al(ORF )3 ].From an Easily Accessible Pentacarbonylcobalt(I) Salt to Piano-Stool Cations [(arene)Co(CO)2 ].The Parent Cyclopentadienyltin Cation, Its Toluene Adduct, and the Quadruple-Decker [Sn3 Cp4 ]2.Synthesis of bridged benzazocines and benzoxocines by a titanium-catalyzed double-reductive umpolung strategy.Synthesis of stable silicon heterocycles by reaction of organic substrates with a chlorosilylene [PhC(NtBu)2SiCl].The cross-selective titanium(III)-catalysed acyloin reaction.Tetracationic Gallium Cluster CationsAnagostic Interactions under Pressure: Attractive or Repulsive?Donor-Substituted Nitrocyclopropanes: Immediate Ring-Enlargement to Cyclic NitronatesSymmetric and unsymmetric 3,3′-linked bispyrroles via ring-enlargement reactions of furan-derived donor–acceptor cyclopropanesIntermolecular Twofold Carbopalladation/Cyclization Sequence to Access Chromans and Isochromans from CarbohydratesZwitterionic Si-C-Si-P and Si-P-Si-P Four-Membered Rings with Two-Coordinate Phosphorus AtomsA Ridge Walk between Reaction Modes: An Unprecedented Pd-Catalyzed Domino Sequence of Diynyl-Substituted BromoarenesExperimental charge density distribution of non-coordinating sp3 carbanions in [Mg{(pz*)3C}2]Phenalenyl-Based Molecules: Tuning the Lowest Unoccupied Molecular Orbital to Design a CatalystConvenient Access to Monosilicon Epoxides with Pentacoordinate SiliconEfficient Formal Total Synthesis of the Erythrina Alkaloid (+)-Erysotramidine, Using a Domino ProcessThe perfluorinated alcohols c-C6F11OH, c-C6F10-1,1-(OH)2 and c-C6F10-1-(CF3)OHAccess to the Bis-benzene Cobalt(I) Sandwich Cation and its Derivatives: Synthons for a “Naked” Cobalt(I) Source?Synthesis and Characterization of Cp*Be-F-Al(ORF)3σ- or π-Coordination? Complexes of Univalent Gallium Salts with Aromatic Nitrogen BasesAnharmonic Motion in Experimental Charge Density InvestigationsDomino reactions of donor-acceptor-substituted cyclopropanes for the synthesis of 3,3'-linked oligopyrroles and pyrrolo[3,2-e]indolesDibenzo[a,e]pentalenophanes: Bending a Non-Alternant HydrocarbonDevelopment, Scope, and Applications of Titanium(III)-Catalyzed Cyclizations to Aminated N-HeterocyclesIsolation of a stable pyridine radical anionA heterodinuclear, formal Au+IPt0 complex with weakly bound alkene ligandsWhy Do Five Ga+ Cations Form a Ligand-Stabilized [Ga5 ]5+ Pentagon and How Does a 5:1 Salt Pack in the Solid State?
P50
Q36250911-62EC1EE7-FD48-4712-8C80-0669D41A6C19Q39424117-3681859E-12E9-4674-9C88-4A55030AB8CCQ41155274-88D53B8F-50F8-476E-AEAA-A518DBF5201CQ42092980-75B13B4C-8EF9-48C5-9EF9-595359432F71Q43049127-D0ADCC08-3B47-4B45-8893-04931AF5DDD1Q44440092-CE235000-9609-457D-8B19-80CC1CA5CF30Q44568001-27B6FDFC-406B-428A-9AA3-0ECC7E9A14A4Q44593985-30E6E026-32C0-4B90-A39C-9A8725D64B07Q44962391-A371AC55-251C-4537-9E57-6074D6FD1005Q46109840-DF70E759-9525-4035-917B-1E72A151E521Q46466829-B7D4EDEA-700A-440D-89B1-E5152BD19A01Q46649801-A9BE2935-7BBA-4F9F-818E-E6CE4DB180F9Q48157111-0F1B30B6-C057-492B-A3A0-58686B272B25Q48258289-20C4B42F-5A8F-4CF7-B2EB-3205C20A9449Q48262946-771B22D8-CC9E-405A-8981-A3333064AB8DQ51027785-4978C520-9A85-4C6E-90B2-0503325579B7Q53262513-FB2BBBBE-D89C-4622-AACD-BF11A3F4A926Q54735588-052FE0FD-FBB6-48A5-84AF-1089107FDD82Q57800935-85263493-C0C6-4A59-BD66-C40616A293B3Q57878187-21A77E8A-8F20-4941-829E-7D8AD85A9C78Q57905684-CD658426-EBDB-4ADB-8214-E67D70D54774Q57905704-6ABB2EB5-AB0E-4D9C-BA2A-33A6342A12A8Q57905778-DDC2A075-3EDD-43B9-888F-43DD4FDD59DEQ57905821-940E1530-74FD-47C3-97B1-E885786B289FQ57905828-BD4AF10E-0E1C-455E-81B3-08D28D5AB875Q57905839-8A2664DB-21DB-41BD-8B3B-C51BB5AD73E7Q57905848-B8B2B828-AD15-490E-B471-4BFB26AF99F3Q57905912-C4574957-4D3D-424E-B93E-143EBAF0F993Q57905952-845C9D41-6F3E-4BD9-A2C1-32AD29D877A5Q60184874-2C9D565F-ADEE-4DBB-BB19-70AA1F83F3C3Q60184884-D60BFAAA-D5D5-4216-A1D5-429E7845D65CQ60184906-B91845CF-B993-45EC-8FC7-8B42908AA6C4Q60184934-4E27DAAC-8FB7-4EBD-B66B-36F0D09C02BDQ61940406-5A79DE42-A80E-4178-AE8C-695BECC64ED1Q87398274-48864B1C-B94A-496F-8BAF-324EA2343A52Q88024004-4BDC6A3F-8631-402F-94B0-63237A2FA9B8Q90922647-54869FCA-1EB7-4455-A8C1-E31718985B31Q90999855-3EA55D6A-C142-4581-A049-72ED8D4A829CQ92141677-1F971C9C-435B-4826-A2DC-E22C7814F9F6Q92340945-20504EBC-AB97-4D85-8507-46768B1125C2
P50
description
hulumtues
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researcher
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Daniel Kratzert
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Daniel Kratzert
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Daniel Kratzert
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Daniel Kratzert
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Daniel Kratzert
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Daniel Kratzert
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Daniel Kratzert
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Daniel Kratzert
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Daniel Kratzert
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Daniel Kratzert
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Daniel Kratzert
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Daniel Kratzert
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Daniel Kratzert
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Daniel Kratzert
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Daniel Kratzert
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Daniel Kratzert
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Daniel Kratzert
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Daniel Kratzert
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P227
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