"reaction outcome" is a perfectly correct and usable phrase in written English.
It can be used to refer to the result of something after a reaction has occurred. For example, "The reaction outcome was unexpected; the experiment did not yield the result we had anticipated."
Chemists classify reactions in a number of ways: (a) by the type of product, (b) by the types of reactants, (c) by reaction outcome, and (d) by reaction mechanism.
A novel experiment is described for studying the effect of flow regime on reaction outcome for a consecutive-parallel reaction.
In order to evaluate the predicted effects of pulsing on reaction outcome, first the multiphase flow governing equations were detailed with the computational methodology used in the simulation procedure.
The reaction outcome is highly dependent upon the presence of additional donor atoms, reaction stoichiometry and nature of the δ-substituent at the stereogenic centre, giving rise to a variety of coordination modes, including mono- and bis-chelate complexes.
The nature of the side chain (R1) also influenced the reaction outcome: using l-phenylalaninol with ZnCl2 (1.6 eq) led to the cleavage of the propionitrile to give the unsymmetrical diamine complex 3 in a very good yield (86%).
Nevertheless, the advantages of heterogeneous systems in terms of environmental friendliness and in the ability to control reaction outcome are widely recognized and as a result are attracting increased attention.
Graphical abstract: Dial-a-molecule workshop: computational prediction of reaction outcomes and optimum synthetic routes.
The findings demonstrate the feasibility of laser-assisted vibrational control in steering chemical reactions and controlling reaction outcomes.
Breakout sessions were structured around three key discussion points: predicting reaction outcomes, designing synthetic routes and driving the development of new chemistry.
Computational prediction of reaction outcomes and optimum synthetic routes was a two-day meeting and workshop organised by the EPSRC Dial-a-molecule grand challenge network.
The two-day meeting consisted of presentations detailing the methods chemists currently use to predict reaction outcomes and the tools available to design synthetic routes.
