We discuss the important molecular and structural criteria for effective aqueous boundary lubricants, and highlight the strategy for reinforcing the interfacial structure for aqueous boundary lubrication via synergistic interactions between amphiphilic polymers and lipids/surfactants.
In this study, a new strategy for self-coated interfacial layer on drug-loaded mesoporous silica nanoparticles (MSNs) based on mussel-mimetic catecholamine polymer (polydopamine, PDA) layer was developed between inorganic and organic matrix for controlling drug release.
It was observed that process intensification is an effective strategy for improving the interfacial area between the gas and liquid phases in a multi-phase stirred tank agitated by a radial-flow impeller.
In this work, an effective strategy for engineering the interfacial compatibility between graphene and polylactic acid (PLA) was developed by manipulating the functionalization of graphene and introducing an epoxy-containing elastomer modifier.
In this purpose, we investigate a facile strategy to solve interfacial issue for high-voltage lithium ion batteries by adding an oxidable fluorinated phosphate, Bis(2,2,2-trifluoroethyl) Phosphite (BTFEP), as a sacrificial additive in electrolyte.
This work provides a new strategy for further improving conductivity and interfacial stability of C-Si based anode materials.
New and versatile biomaterial strategies are needed to create suitable biomimetic engineered grafts for interfacial tissue engineering.
Here, an interfacial interlocking design strategy for immiscible polypropylene (PP /polyamide (PA) blend is proposed.
The as-prepared hollow structured composites showed a good rate capability as electrode material for supercapacitor, and the as-designed interfacial assembly preparation strategy for such composites may provide a generic guideline in developing other graphene-base composite hollow spheres with different compositions.
This capability, together with the simple fabrication process, makes the lithiophilic lithiophobic gradient interfacial layer a promising strategy for next-generation Li-metal battery systems such as Li S, Li air, Li polymer, and Li intercalation oxides.
Secreted PLA2 (sPrototypetotype for Interfacial Enzymology.
