Gas-phase chemistry of CH3 (CH2)mCHCH(CH2)nOH/Fe+ complexes (m = 2–5; n = 2–8). Evidence for chelate formation and its implication for exo- versus endocyclic CH/CC bond activation processes
Author:
Publisher
Elsevier BV
Subject
Spectroscopy
Reference27 articles.
1. Chemistry of cobalt(1+) and Co(ligand)n+ with mono- and bi-substituted n-butanes in the gas phase: using a simple "ligand competition" model and collision-induced dissociation analysis to provide insights into product structures
2. Chain-length-dependent ligand effects on the direction of Fe+-mediated activation and cleavage of carbon-carbon bonds in alkenyl nitriles in the gas phase
3. Regiospecific Activation of C–H Bonds in Fe + Complexes of ω‐Silyl‐substituted Alkanenitriles Caused by Metal‐Ion‐Mediated Cooperative Effects of Functional Groups
4. Metal Ions Control the Competition between β‐ and γ‐Hydrogen Transfer in the Generation of Propene from 1,7‐Octadiene in the Gas Phase
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1. Ligand Effects on the Gas‐Phase Reactions of (π‐L)Fe I Complexes with n ‐Pentanenitrile;Chemische Berichte;1993-11
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