… Carbon Nanotubes and Self Assembled Monolayers (SAMs) … as terminal group, Self Assembled
Monolayers are used. It was … on the condensation of water vapor in the form of films and …

… The octadecyltrichlorosilane (OTS) SAM films act as effective nanoscale … monolayers such
as octadecyltrichlorisilane (OTS) via hydration of the trichlorosilane followed by condensation …

… thermal management, water recovery, and treatment. Low-energy surfaces incorporating
micro/nanoscale roughness have been reported to significantly promote vapor condensation. In …

Self-assembled monolayers (SAMs) have found use in diverse applications that range from
corrosion prevention to biosensing. However, for all of these applications, stability remains a …

… is much less than the condensation energy. Therefore, in our simulation, we only consider
the condensation energy and the electrostatic energy. The condensation energy of water in …

… In another study, (17) self-assembled monolayer (SAM)-coated copper tubes and SAM-on-…
water mass flow rate, and condensation heat transfer weakly depends on the cooling water …

… Cristina Martins is an expert in the development of biomaterial coatings designed at the
nanoscale using SAMs and biomedical polymers. She is Principal Investigator at INEB/i3S (…

… the condensing surface with a low-surface energy (hydrophobic) promoter, such as a thin
polymer layer or self-assembled monolayer (SAM), water condenses … the nanoscale roughness …

… These differences can be amplified for microdrops: water condensing within nanopillars
can … ) anticipated for their displacement over the nanoscale height h. However, this scenario …

… Water vapor condensation on the hydrophobic interface of aluminum (Al) and copper (Cu)
substrates is widely preferred in many industrial condensing … to form nano-scale roughness by …