1 research outputs found
Artificial neural network aided design of a multi-component catalyst for the steam reforming of methanol
64-66A neural network
based on the feed forward back propagation
error has been
developed for the design and simulation of the
catalytic
properties of a multi-component system based on Cu-M-Al2O3
(M=Zn,Cr,Zr) for the steam reforming of methanol. Due to the limited size of the
data set, cross validation method has to be used to enhance and also evaluate the
prediction ability of the network. The best structural organization has been found
to include 4,3 ,6,3 nodes in the input, two hidden layers and the
output layer
respectively