Sentence examples for composites which could from inspiring English sources
Not limited to that, incorporation of MWNTs also has been reported to change surface topology of the composites which could affect cell proliferation (Sharma and Elisseeff 2004).
It could be used as a monomer for dental resin composites, which could reduce the risk of human exposure to bisphenol A derivatives in the oral environment.
Hydrothermal treatment of carbon nanotubes with clay and an aliphatic acid gave side alkylated carbon nanotubes-clay composites, which could be of value in various technological applications.
In recent years, substantial efforts have been undertaken to investigate polymeric composites, which could represent a good alternative for obtaining other kinds of materials with desirable properties.
Inspirations from the structural and mechanical designs of reptilian eggshells may lead to the synthesis of tough, extensible, lightweight composites which could be further applied in the flexible devices, packaging and bio-medical fields.
The presence of ND nanoclusters not only hindered the aggregation of the GO sheets, but also played a crack pinning role in the polymer-matrix composites, which could significantly enhance its fracture toughness.
Therefore, this study has provided a general route for fabrication of graphene-based noble metal nanomaterials composite, which could be potential utility to fuel cells and bioelectroanalytical chemistry.
A multi-hierarchical porous polyaniline (PANI) composite which could be used in good performance pressure sensor and adjustable sensitivity gas sensor has been fabricated by a facile in situ polymerization.
In conclusion, we report a facile method via in situ polymerization to prepare PANI/sponge composite which could be used in good performance pressure sensor and adjustable sensitivity gas sensor.
The investigation suggests that the excellent performance of capacitance may be assigned to as-prepared Co3O4/g-C3N4 Co3O4/g-C3N4hicompositebe a potential and outstanding electrode material in electrochemical energy storage devices.
An asymmetrical interfacial stress distribution is observed corresponding to the asymmetrical birefringence patterns of the fragmented fiber in the single fiber composite, which could be due to the twisted structure of the CNT fiber.
