Synchronous reaction, definition

It is apparent there is a definite advantage to operating under solvent-free conditions. The specific microwave effect is here of low magnitude, but evident, because after 3 min the yield increases from 64 to 98%. Prolongation of the reaction time with classical heating led to an equivalent result. The microwave effect is rather limited here, because of a near-synchronous mechanism. 

The term chemical interference defines the interaction between synchronously proceeding complex chemical reactions. To understand this definition, one has only to reject the analogies with optics, on the one hand, and understand that chemical interference is based on ideas of chemical kinetics and the mechanism of complex chemical processes. Thus, I believe that there will be no argument about the term. 

To make this book clearer to understand, some parallels and differences between chemical conjugation and chemical interference are discussed. In definite conditions, chemical interference and chemical conjugation have the same objectives. Nevertheless, only chemical interference allows a deeper analysis of coherent synchronous chemical reactions. 

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