What Are the Applications of the Kelvin Equation in Nanotechnology?
Nanoparticle Synthesis: The Kelvin Equation helps in controlling the size and shape of nanoparticles by understanding the vapor pressure dynamics during condensation. Nanoporous Materials: Predicting the behavior of fluids within nanopores is essential for applications such as catalysis, separation processes, and energy storage. Nanofluidics: The equation aids in understanding the behavior of liquids in confined geometries, impacting the design of nanoscale fluidic devices. Thin Films: In the production of thin films, the Kelvin Equation helps in predicting the conditions for film formation and stability.
