Read about how molecule-surface interaction processes such as adsorption and desorption can be analyzed with QCM-D.
Interfacial tension and wettability are important parameters determining the success of the CO2 storage site.
Thin-film degradation and material desorption is sometimes wanted and sometimes not. Learn about how it can be characterized by QCM-D.
Surfaces are all around us. To control the macroscale we need to understand and tune the nanoscale. Learn more about QCM-D can help.
With increasing understanding of the superhydrophobicity, the measurement methods to quantify the degree of hydrophobicity deserve some thought.
Surface science affects and contributes to areas: IT, materials and interface science, biomaterials, biotechnology, medicine, nanotechnology and cleantech.
Nanoparticle lithography is a promising fabrication technique. Unlike other techniques, it has a potential to be performed on curved surfaces.
CO2-in-water foams and how to design surfactants for these systems
Thanks to the complementary information combinatorial QCM-D and ellipsometry can provide, these two allow one to simultaneously monitor both polymer brush swelling and deswelling behavior, as well as attachment and detachment of protein.