The method to calculate the surface tension component is defined in ISO 19403-5:2017 standard.
Interfacial rheology studies the response of the interfacial layer to the external stimuli at air-liquid or liquid-liquid interfaces.
Interfacial shear rheology at the gas-liquid or liquid-liquid interface is relevant in a wide range of applications where foams and emulsions are used.
Contact angle measurements offer a fast and sensitive way to evaluate the effectiveness of different cleaning processes.
With all the approaches successful CO2 storage is mainly related to fluid-fluid and fluid-rock interfacial interactions.
Calendering, a common compaction process for Li-ion batteries, will significantly impact the pore structure and thus also the wettability of the electrode.
Interfacial rheology is a special branch of rheology that involves studying the unique two-dimensional systems formed at interfaces.
The wettability of different parts of Li-ion batteries is a key issue in terms of manufacturing, performance, and safety of the batteries.
For the mechanical performance of the composite, the adhesion between fiber and the matrix is of utmost importance.