As conformational changes occur, or if a chemical reaction takes place, the time evolution of the properties can be followed.
In general, increasing temperature and precipitation increase biological and chemical reaction rates.
It is the 'nonlinear' that is responsible for the chemical reaction between a performer and her audience.
Only for highly overcompressed detonation waves does the influence of the chemical reaction vanish.
Each chemical reaction requires the presence of some substances in sufficient concentrations and the absence of some other substances.
The main argument for this is that in a chemical reaction, the sulfide ion should be a good nucleophile for the reaction.
Non-equilibrium chemical reactions are accounted for by a simple decoupling of the convection and chemical reaction processes.
The change of chemical reactions from in vitro into the biochemical reactions in vivo means that a separate chemical reaction loses its 'spontaneous' status.
