The water-gas shift is used to alter the distribution of inputs to this process, and this process's products are distributed such that W sub n divided by n is equal to a polynomial in terms of chain growth probability, known as the Anderson-Schulz-Flory distribution.
The mechanism of this reaction was explained by the Craxford theory and Eidene's methylene radical theory, although the Storch-Golombic-Anderson mechanism, which goes through an ethanol-like intermediate, is currently accepted. Zinc oxide can be used to slow sulfur poisoning of the catalyst in this process, which is usually a cobalt or iron compounds.  The water-gas shift is used to alter the distribution of inputs to this process, and this process's products are distributed such that W sub n divided by n is equal to a polynomial in terms of chain growth probability, known as the Anderson-Schulz-Flory distribution. When combined with biomass gasification, it can be used to create biofuels, and it was originally developed by its namesakes at the Kaiser Wilhem institute to create "ersatz" fuels. For 10 points, name this process that uses a syngas of CO and hydrogen to create synthetic petroleum from coal or natural gas ? , one of who's namesakes shares his surname with the namesake of an esterification and a projection.
The mechanism of this reaction was explained by the Craxford theory and Eidene's methylene radical theory, although the Storch-Golombic-Anderson mechanism, which goes through an ethanol-like intermediate, is currently accepted.
{Fischer}-{Tropsch} process