Inorganic particle shape and size of composite affect the scaffold mechanical property, biological property, and degradation.
The results of this shrinkage have been well documented, with a clinical problem being the development of physical stresses at the restoration interface [14, 20] and the type of composite affects the retention of composite restorations in dental cavities [21].
Next, the composition is varied widely, with Ar and additional oxygen atmosphere, regardless of whether the TiO2 phase, which is also contained in the composite, affects the difference in phase appearance (Sb and In2O3).
The surface, interfacial and dispersion properties of carbon nanotubes (CNTs), and the mechanical properties of the CNT/epoxy composites affected by CNT functionalization are investigated.
Water sorption and desorption processes by wood composites affect their loss of stiffness and strength.
This paper addresses whether incorporating POF into 3D orthogonal woven composites affects their structure integrity and performance characteristics.
The current study is focused on some design issues of resin-based composites affecting the longevity of the tooth restoration interface.
α-Al2O3, present in the composites, affects dislocation motion during stress relaxation at room temperature and may produce such a dislocation sub-structure.
Organic nucleating agents and inorganic nanoparticles, as well as their hybrid composites, affect the crystallization temperature and morphology of the monoclinic α-form of isotactic polypropylene (iPP).
Therefore, this reinforcement material has an important role in adhesion of implant to the bone (Beherei et al. 2009).Particle size and distribution of ingredients in composites affect their strengths.
