Polymer hollow particles: Encapsulation of phosphoric acid partial esters and morphology manipulation

pH-responsive nanovalves based on hollow mesoporous silica spheres for controlled release of corrosion inhibitor

“…In order to meet some special requirements in different situations, encapsulation technology for corrosion inhibitors are more and more adopted to control the release rate [7,8]. Many encapsulation strategies have been proposed, studied and utilized, including emulsion polymerization encapsulation, polyelectrolytes self-assembly technique, porous metal oxide adsorption technology and other methods [9][10][11][12]. The main conception of these encapsulation methods is the same, which is to load corrosion inhibitor molecules into microcapsules or nanocontainers and the release process is mainly diffusion-controlled.…”

Chemical Stability of Carbon Nanotube Containers Loaded with Nitromethane: Reactive Molecular Dynamic Simulation

“…Encapsulation of active species is an important technical issue to be applied to a variety of practical areas such as drug delivery, nutraceuticals carrier, pesticide delivery, prolonged computed tomography (CT) contrasting agent, corrosion inhibition, and energy storage . For instance, in drug delivery, the active species in a drug are often decomposed before reaching to a desired zone in a body.…”