Competitive reactions disguised chemical selectivity

There is another way to solve the problem of disguised chemical selectivity of extremely fast competitive reactions, which does not need to slow the reactions, i.e. micromixing, based on microstructures that makes the diffusion path very short. [Pg.78]

In a previous section (Section 6.1.3), we discussed the problem of disguised chemical selectivity for extremely fast competitive consecutive reactions. This problem could be solved using micromixers, in which the mixing takes place in a very short period by virtue of a small diffusion path caused by the microstructure. Friedel-Crafts alkylation using N-acyliminium ion pools provides a nice example of the effectiveness of micromixing. [Pg.78]

Disguised Chemical Selectivity in Competitive Parallel Reactions... [Pg.85]

Disguised chemical selectivity of competitive parallel reactions caused by slower mixing has been discussed by Rys based on the eddy model as follows ... [Pg.86]

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