Publications by authors named "Julie Angly"
Article Synopsis
- The study explores how evaporation in a microfluidic device allows for the concentration of nanoparticle dispersions, resulting in the formation of solid nanoparticle structures that fill the device.
- The growth process is influenced by evaporation-induced flow and specific system parameters, leading to two main types of growth limitations: evaporation-limited and transport-limited.
- Additionally, the research highlights the importance of ensuring colloidal stability during the preparation of the initial dispersion, suggesting that certain ionic impurities can destabilize the suspension and affect the final structure of the solid formed.
We show that the production and the geometrical shape of complex polymersomes can be predicted by varying the flow rates of a simple microdevice using an empirical law which predicts the droplet size. This device is constituted of fused silica capillaries associated with adjusted tubing sleeves and T-junctions. Studying the effect of several experimental parameters, double emulsions containing a controlled number of droplets were fabricated.
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