2. Drop microfluidics
Droplet-based microfluidic technology can be divided into two broad categories, depending on whether the method used is active or passive.
In passive microfluidic devices, the flow of a dispersed phase within a continuous immiscible mobile phase spontaneously causes the formation of a droplet as a result of competition between the shear forces imposed by the flow of the continuous phase and interfacial forces.
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Drop microfluidics
Bibliography
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(1) - COURBARON (A.-C.), CAYRE (O.J.), PAUNOV (V.N.) - A novel gel deformation technique for fabrication of ellipsoidal and discoidal polymeric microparticles. - Chem. Commun., vol. p. 628-630 (2007).
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(2) - HO (C.C.), KELLER (A.), ODELL (J.A.), OTTEWILL (R.H.) - Preparation...
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