"secondary reaction" is a valid phrase in written English.
It is typically used to refer to the way someone reacts after a primary reaction. For example: He was initially taken aback by the news, but his secondary reaction was one of relief.
However, at the present time, the nature of the secondary reaction mechanisms is not clearly understood.
The secondary reaction is the emission of electrons from molecules, which leads to the formation of cation radicals, which serve as the intermediate to PAHs.
These secondary reaction zone flames have Damköhler numbers greater than unity and are diffusion limited.
A conditional moment closure (CMC) model for the secondary reaction zone appears to be more satisfactory.
A reaction scheme accounting for the main and secondary reaction products is proposed.
The formation of secondary reaction products was inhibited during the reactive sintering.
The DB layer also delays the Secondary Reaction Zone (SRZ) formation.
The partial modification also offers a promising alternative to avoid unwanted secondary reaction, such as hydrogen evolution.
A kinetic model has been proposed including both the synthesis and a parallel non-desired secondary reaction.
All detected compounds are stable, formed either as direct products of AC irradiation (CO and CH4), or from secondary reaction of primary radical products with each other or the parent AC.
At the molecular level, the catalytic promiscuity of a single domain, that is, its ability to catalyse both a primary substrate-specific function and a different, secondary reaction, can account for multifunctionality.
