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Horiuti-Boreskov-Onsager relations

The Horiuti-Boreskov-Onsager Relations for Parallel Catalytic Reactions with Common Intermediates... [Pg.237]

A, reciprocity coefficient in the Horiuti Boreskov Onsager relations... [Pg.326]

Two important conclusions foUow from the analysis of the Horiuti Boreskov Onsager reciprocity relations (4.97) for the rates in different channels of catalytic transformations ... [Pg.240]

Figure 4.10 Typical results of the calculations of expected variations in the stationary concentrations of components at the benzene (B) alkylation with ethylene (E) along a plug-flow reactor of length L at 210 C x is the distance from the inlet of the reactor. The calculations were performed in terms of the Horiuti-Boreskov-Onsager reciprocity relations to optimize the composition of the initial reaction mixture so the outlet and inlet diethylbenzene (DBE) concentrations would be identical, which means 100% selectivity of the process in respect to the target product ethylbenzene (EB). Figure 4.10 Typical results of the calculations of expected variations in the stationary concentrations of components at the benzene (B) alkylation with ethylene (E) along a plug-flow reactor of length L at 210 C x is the distance from the inlet of the reactor. The calculations were performed in terms of the Horiuti-Boreskov-Onsager reciprocity relations to optimize the composition of the initial reaction mixture so the outlet and inlet diethylbenzene (DBE) concentrations would be identical, which means 100% selectivity of the process in respect to the target product ethylbenzene (EB).
See other pages where Horiuti-Boreskov-Onsager relations is mentioned: [Pg.91]   
See also in sourсe #XX -- [ Pg.91 , Pg.237 , Pg.238 , Pg.242 , Pg.247 ]



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Boreskov

Horiuti

Horiuti-Boreskov relation

Onsager

Onsager relation

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