The most widely accepted mechanism for this reaction involves the formation of sigma-vinyl species via the reaction of methylene and methyne groups, and a distinct double bond shift is observed when using cobalt catalysts for this reaction.
The most widely accepted mechanism for this reaction involves the formation of sigma-vinyl species via the reaction of methylene and methyne groups, and a distinct double bond shift is observed when using cobalt catalysts for this reaction. The ratio of weight fraction of the products of this reaction to an atom number decreases almost log-linearly, and that relationship, which is not obeyed by the small products, is called the SF distribution. The water-gas shift reaction may be used to bring the ratios of the reactants of this process to ideal levels. Using nickel and ruthenium catalysts at low pressures yields methane in this process. FTP, identify this process by which a mixture of carbon monoxide and hydrogen is converted into liquid hydrocarbons, and is named for two German chemists.
The most widely accepted mechanism for this reaction involves the formation of sigma-vinyl species via the reaction of methylene and methyne groups, and a distinct double bond shift is observed when using cobalt catalysts for this reaction.
{Fischer-Tropsch} process [accept either name]