A new mechanism involving metal-bound surface electrophilic methylidynes is proposed for chain growth in the Fischer–Tropsch reaction to give 1-alkenes.

P. M. Maitlis, V. Zanotti (2008). Organometallic Models for Metal Surface Reactions: Chain Growth Involving Electrophilic Methylidynes in the Fischer-Tropsch Reaction. CATALYSIS LETTERS, 122, 80-83 [10.1007/s10562-007-9359-3].

Organometallic Models for Metal Surface Reactions: Chain Growth Involving Electrophilic Methylidynes in the Fischer-Tropsch Reaction

ZANOTTI, VALERIO
2008

Abstract

A new mechanism involving metal-bound surface electrophilic methylidynes is proposed for chain growth in the Fischer–Tropsch reaction to give 1-alkenes.
2008
P. M. Maitlis, V. Zanotti (2008). Organometallic Models for Metal Surface Reactions: Chain Growth Involving Electrophilic Methylidynes in the Fischer-Tropsch Reaction. CATALYSIS LETTERS, 122, 80-83 [10.1007/s10562-007-9359-3].
P. M. Maitlis; V. Zanotti
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/62085
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