The adsorbed polymer layer on the inorganic solid surface is crucial in improving the
physical properties of composite nanomaterials; therefore, the properties could be tuned by …

Herein, the desorption of the adsorbed chains (including two regions of flattened chains and
loosely adsorbed chains) was examined by monitoring the chain exchange kinetics between …

Recent studies suggest chain adsorption in the melt may be responsible for a number of
property changes in thin films by making correlations between the residual adsorbed layer …

The glass transition of supported polystyrene (PS) and poly (2-vinylpyridine)(P2VP) thin
films in the vicinity of the substrate interface was studied by using a nanoplasmonic sensing …

The local conformation of polystyrene (PS) and deuterated PS at the interface with quartz
substrates, which were covered with phenyl groups using phenyltrimethoxysilane (PTS) …

Herein, the adsorption of polystyrene (PS) on phenyl-modified SiO2–Si substrates was
investigated. Different from those for PS adsorption on a neat SiO2–Si substrate, the growth …

The growth kinetics of the adsorbed layer of poly (2-vinylpiridine) on silicon oxide is studied
using a leaching technique which is based on the Guiselin brushes approach. The adsorbed …

Irreversible adsorption of polymer chains from a melt on a substrate surface can be strongly
affected by interfacial interactions. In this study, we examined the adsorption of two …

Polymer-solid interfaces are crucial in determining the properties and performance of a
diverse array of materials, ranging from polymer-based thin film devices to polymer …

Dewetting is a common phenomenon observed from polymer thin films under stimuli, such
as annealing, which directly affects the applications of polymer thin films. A key to …