Various types of possible interactions between reactions are discussed. Some of them are united
by the general idea of chemical reaction interference. The ideas on conjugated reactions are broadened
and the determinant formula is deduced; the coherence condition for chemical interference
is formulated and associated phase shifts are determined. It is shown how interaction between
reactions may be qualitatively and quantitatively assessed and kinetic analysis of complex reactions
with under researched mechanisms may be performed with simultaneous consideration of
the stationary concentration method. Using particular examples, interference of hydrogen peroxide
dissociation and oxidation of substrates is considered. Therefore macrokinetic theory of coherent
synchronized reactions is offered.
Nagiev, T.M., Mamed’yurov, G.M., Nagieva, Z.M. and Agaeva, S.I. (1981) Study of Conjugated Oxidation Reactions by Hydrogen Peroxide. XII Mendeleev Council on General and Applied Chemistry, Nauka, Moscow, No. 4, 268.
Mamedov, E.M., Farajev, E.G. and Nagiev, T.M. (1997) High Selectivity Process of Conjugation Oxidation Methane by Hydrogen Peroxide to Methanol under Pressure. Azerbaidzhanskii Khimicheskii Zhurnal, 45-48.