Moreover, attractive electrochemical properties can also be obtained for LiMnPO4/C composite with reduced carbon content of 3.41 wt.%.
Composite stems with reduced stiffness give good remodeling results but implant flexibility is likely to evoke high micromotions proximally.
The high saturation of BC with protic ionic liquid to 95wtt% allowed obtain composite membrane with reduced tensile strength of 6 MPa but excellent ionic conductivity of 5.2⋅10−2 S/cm at 180 °C.
The density and porosity of the hybrid composites were reduced with the increase in reinforcement content.
It showed that the penetration of toluene into MS-filled NR composites was reduced with the increment of MS loading.
Generally, the coefficients of thermal expansion (CTE) of composites are reduced with an increase of filler contents.
The composite of reduced graphene oxide (RGO) and TiO2 with irregularly stacked structure had a higher and stable photoresponse.
The mechanical properties of BC/PLA composites were reduced as compared with a neat PLA sample when they were exposed to compost degradation.
Surprisingly, the rate of differentiation on bare PPEES nanofiber composite was reduced with respect to different periods of culturing time when compared with PPEES nanofiber reinforced with nHA.
Contributed by the highly reactive, antibacterial, and readily reducible polyethylenimine (PEI), polyurethane (PU) composites incorporated with slightly reduced graphene oxide (SRGO) modified with PEI (SRGO-PEI) were prepared by in situ polymerization.
