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This work exemplifies a rational design strategy to construct novel multifunctional materials for optical application.
The design of composite multifunctional materials for optimal system performance involves selection of constituents, cross-section architecture, and interface connections.
The microstructural features and the in vitro performance of the granules make them promising multifunctional materials for applications in tissue engineering as antibiotic-loaded bone grafts.
Multifunctional materials for biological use have mostly been designed with composite or hybrid nanostructures in which two or more components are incorporated.
On the basis of the obtained results, we propose a rational way for the design of multifunctional materials for OLEDs and OSCs applications.
These nanocomposites constitute an alternative product to metal-based ones and shows great potential as multifunctional materials for a wide variety of applications, such as civil construction, automotive, aerospace, optoelectronic devices, semiconductor devices and others.
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These findings show great promise of CeO2 NPs as multifunctional material for various applications.
These results show that this tetrasubstituted fluorene is a versatile multifunctional material for OLED applications.
Therefore, this coordination polymer could be viewed as multifunctional material for selectively sensing Fe3 + ions and effectively degrading dyes.
Thus, the synergistic effect of Ag and RGO in the hybrid particles in the PCL matrix uniquely resulted in a multifunctional material for potential use in fracture fixation devices and tissue engineering.
High dielectric tunability of 67%, simultaneously with high electrostriction strain of 0.319% and high electrocaloric strength (ΔT/ΔE) of 32.5 mK cm/kV are achieved, which make it a promising multifunctional material for applications in dielectric tunable, precisely controlled and electric refrigeration devices.
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