The effectiveness of liquid-phase synthesis routes for nanoparticles is largely affected by the
narrowness of the particle size distribution. To study the particle size distribution dynamics …

Insights are given into underlying mechanisms for size control of uniform nanoparticles in
liquid phases. At the outset, instead of the classical nucleation theories, which are hardly …

The evolution of a nanosized particle in colloidal solution has been studied theoretically.
The model developed is based on the size dependence of the activation energies of the …

A mathematical model for the liquid-phase synthesis of spherical nanoparticles in
continuous flow micro-and milli-reactors was developed, accounting for residence time …

This paper reviews recent development and achievements in controllable preparation of
nanoparticles, micron spherical and non-spherical particles, using microfluidics. A variety of …

Nanoparticle research has received considerable attention due to many potential innovative
applications such as biomedicine, 1, 2 catalysis, 3, 4 fuel cell, 5 magnetic data storage, 6 …

The aggregation of nanoparticles during synthesis, particularly the effect of mechanical
agitation, is investigated from a viewpoint of nucleation using a conjugated polymer …

Channel-based microfluidics was proven to be a helpful platform for reproducible
preparation of nanoparticles (NPs), where controlled mixing of fluids allows homogeneous …

Continuous synthesis of nanoparticles in microreactors is enabled by their characteristic
high mass and heat transfer rates with exquisite control of the synthetic parameters …

Nanoparticles have been a research focus for more than two decades. The advent of
microfluidic technology provides alternative strategies for the synthesis of nanoparticles in …