Sentence examples for of advanced polymeric from inspiring English sources
Organisms that externally extrude structurally and mechanically complex proteinaceous fibres under ambient processing conditions (e.g. spiders, mussels) have emerged as important role models for inspiring sustainable production of advanced polymeric materials1,2,3,4.
Driven by the urgent need in practical applications of stimuli-responsive nano-carriers for intracellular drug delivery, the design and development of advanced polymeric micelles capable of responding to the intracellular environment (e.g., ions, proteins, enzymes, and pH changes) has represented a promising strategy as well as a new task in this research field during the past decade.
She is working on her thesis at UC Irvine in the field of advanced polymeric materials.
The role of composite and nanocomposite materials in freeform fabrication of advanced polymeric materials, ceramics, and metals is highlighted and interpreted with regards to their potential for establishing RP in novel fields of application in functional prototyping, rapid tooling, and rapid manufacturing.
Current research on advanced polymeric nanocomposites and biomimetic composites as novel materials systems for bone replacement is also discussed.
Here we discuss the most recent developments in immunoisolation of transplanted cells using advanced polymeric biomaterials, utilising macroscale to nanoscale approaches, to limit aberrant immune responses.
These versatile and advanced polymeric nanocomposites are capable of carrying and delivering a range of biological and bioactive cargo ranging from, but not limited to, stem cells through biofactors to glucocorticoids.
Furthermore, the fracture behavior of the surface layer in the advanced polymeric solar reflector is studied using the calculated fracture ERR.
This Ph.D. dissertation focuses on the study of opening-mode fracture (OMF) behavior and interfacial delamination in different types of multilayered structures, such as the aluminum plate or wire with alumina protective coating, multilayered advanced polymeric reflectors, and asphalt pavements.
In order to verify this extended model, the predicted elastic field in an advanced polymeric solar reflector is compared with FE simulation results and parametric studies are conducted to investigate the effect of geometry on the accuracy of this model.
The correct balance of moisture in the wound healing environment has widely been accepted to increase the rate of wound healing and has resulted in the design of advanced moisture-retentive polymeric wound dressings.
