Nanoparticle thin film-based sensors offer several advantages over traditional sensor types, especially in electrochemical sensing. The main challenge has been the fabrication of the nanoparticle sensing layer. Two main methods have been used; layer-by-layer (LbL) and Langmuir-Blodgett (LB).
The official World Cup ball 2018 is called Telstar 18, inspired by the original Telstar that was made for 1970 games. It resembles the one used in 1970 by the appearance but that's where the similarities end. Have you ever thought how much science is put behind to develop the perfect soccer ball?
Nanoparticle thin films are finding applications in areas where functional coatings are needed. How to produce these nanoparticle thin film needs to be considered. Dip coating offers one of the simplest methods to coat the substrate with nanoparticles.
Nanoparticle suspensions are complex systems, and understanding their interaction with their environment requires characterization of a broad range of physicochemical properties. Here we present an overview of the key parameters that can be used to profile nanoparticle suspensions.
This blog explains the difference between surface and interfacial tension.
Biocompatibility, antibacterial qualities, and drug delivery can be achieved by for example polymer brushes, polyelectrolyte multilayers or hydrogels. When tailoring the interfacial properties of these thin films, the layer conformation, such as crosslinking and degree of hydration is important.
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