about
New C-N and C-C bond forming reactions catalyzed by titanium complexesA complex with nitrogen single, double, and triple bonds to the same chromium atom: synthesis, structure, and reactivity.Self-Assembly of a Library of Polyborate Chiral Anions for Asymmetric Catalytic Quinoline Reduction.Substituted quinolines as noncovalent proteasome inhibitors.Heterogeneity correction for intensity-modulated frameless SRS in pituitary and cavernous sinus tumors: a retrospective study.Titanium eta1-pyrrolyl complexes: electronic and structural characteristics imposed by the N,N-di(pyrrolyl-alpha-methyl)-N-methylamine (dpma) ligand.Group-4 eta(1)-pyrrolyl complexes incorporating N,N-di(pyrrolyl-alpha-methyl)-N-methylamine.A titanium-catalyzed three-component coupling to generate alpha,beta-unsaturated beta-iminoamines.Titanium dipyrrolylmethane derivatives: rapid intermolecular alkyne hydroamination.A 4-coordinate Ru(II) imido: unusual geometry, synthesis, and reactivity.Synthesis and group 4 complexes of tris(pyrrolyl-alpha-methyl)amine.Investigation of transition metal-imido bonding in M(NBut)2(dpma).Alpha,beta-unsaturated imines from titanium hydroamination and functionalization by rhodium C-H activation.Single-site N-N bond cleavage by Mo(IV): possible mechanisms of hydrazido(1-) to nitrido conversion.Carbonyl olefination using readily prepared tungsten metallacycles.Quantifying ligand effects in high-oxidation-state metal catalysis.Effects of 5,5-substitution on dipyrrolylmethane ligand isomerization.Zirconium complexes bearing a tetradentate dipyrrolyl ligand.Synthesis, structure, and LLCT transitions in terminal hydrazido(2-) bipyridine complexes of titanium.In Pursuit of the Molybdenum(III) Tris(thiolate) Fragment: Unusual Structure of a Dimolybdenum μ-Nitrido ComplexIntermolecular alkyne hydroaminations involving 1,1-disubstituted hydrazinesSynthesis of secondary amines by titanium-mediated transfer of alkenyl groups from alcoholsPyrrole syntheses based on titanium-catalyzed hydroamination of diynesVanadium(V) hydrazido(2-) thiolate imine alkoxide complexesSingle-step synthesis of pyrazoles using titanium catalysisEvaluation of donor and steric properties of anionic ligands on high valent transition metalsConversions between metal-ligand multiple bond (MLMB) types: carbonyl olefination and other applicationsSynthesis and hydroamination catalysis with 3-aryl substituted pyrrolyl and dipyrrolylmethane titanium(IV) complexesA multicomponent coupling sequence for direct access to substituted quinolinesTitanium-catalyzed multicomponent couplings: efficient one-pot syntheses of nitrogen heterocyclesEffective donor abilities of E-t-Bu and EPh (E = O, S, Se, Te) to a high valent transition metalSynthesis and Characterization of a Neutral U(II) Arene Sandwich ComplexCatalyst design insights from modelling a titanium-catalyzed multicomponent reactionA silica-supported titanium catalyst for heterogeneous hydroamination and multicomponent coupling reactionsElectronic and Structural Comparisons between Iron(II/III) and Ruthenium(II/III) Imide AnalogsA photochemical route to a square planar, ruthenium(iv)-bis(imide)
P50
Q28299817-B567AF4F-A4D4-4EF8-ACE0-5E1804530F9EQ33814132-F559CCFD-E7C4-4612-9E01-87CA50BD2D05Q35649518-7FB000F6-7C3A-413B-8CEC-0C7EBA251697Q35998619-A418056D-612A-4D59-8341-E0F3BEEE1C0AQ43247098-A2AD81FB-20C0-494B-B093-C16E6696BB5FQ43576187-74D1039B-6EEA-4DA0-BB98-6D12F1A81F99Q44224543-30AD2E6F-CDAD-4E11-BA41-7746E9984718Q44344864-F666B0C6-B534-4C7D-B86A-2D63DA36AD97Q44386390-F6D0095F-E4C7-48A2-B208-E4159F5C0F47Q44589657-4E89944A-ED43-485E-931A-081F21BB7181Q44712449-75AA2EA6-C035-4EA4-A56B-C1655C0C4EE0Q44923825-2A8247ED-261A-45BC-9346-E123A77C1338Q45039159-2449A17F-F9A1-4C67-84FC-F651C450B93CQ45578717-73541A98-D242-42DE-B84D-78E764928A64Q46116925-61A43C08-7F1A-443E-9EA2-D162AD9A351FQ46316872-D198FED4-DC86-4480-BB17-72245242B31EQ46443970-48A47061-1121-410A-83CB-7E64656B5EA4Q46467832-597D3669-C677-49E0-96E2-1D5042F20168Q50467267-B6C2E861-CDB9-4874-B41A-1B2645877118Q60457068-D748D53C-B8B1-4FBC-98C4-81E389CBFC43Q74618885-24BAA7AB-BBCD-4BED-9B01-B3C0B9114313Q79926621-2A1DCD02-05DD-44FC-B5BA-4501760ADB1AQ80494930-30DF0EBD-F6EA-4732-A192-06D4A0A595C8Q80999018-D0B13957-BDDD-4EFE-B794-801654EB5FF7Q82504751-C4990C95-B6C3-4183-B5C1-EAF026AAF275Q83139334-E2573DEB-9BB4-40CD-A18E-33672555F160Q83203965-93638CB8-B2EC-4EEB-AF3B-C19BA10E87A2Q84280456-CA61799F-B859-40E0-A542-33B9666AAABFQ84561932-AC0EF1BE-C69E-414B-9662-9312C30268A2Q85944042-F50D5EF8-2FE4-4A4F-8FAD-9ABC51BBDC60Q88200215-5FA653BD-8EAA-4E2D-8BAD-6C552E8404DEQ89993944-60303021-06B2-4F56-B643-10D7C90D562EQ90139664-3D93ACA4-531D-47EC-8423-509C7AFC29BFQ91694149-908BE39E-DD09-49CA-975A-635D994A741CQ92562282-9F2719A2-709B-4E1D-867C-7559B3DB8EDEQ92644851-BC8FE561-5E52-4AD5-83DC-15D61142477A
P50
description
onderzoeker
@nl
researcher
@en
հետազոտող
@hy
name
Aaron L Odom
@ast
Aaron L Odom
@en
Aaron L Odom
@es
Aaron L Odom
@nl
type
label
Aaron L Odom
@ast
Aaron L Odom
@en
Aaron L Odom
@es
Aaron L Odom
@nl
prefLabel
Aaron L Odom
@ast
Aaron L Odom
@en
Aaron L Odom
@es
Aaron L Odom
@nl
P108
P106
P1153
7003997531
P21
P31
P496
0000-0001-8530-4561