In order to preserve chondrocyte phenotype, while optimizing adhesion on microspheres, several processing parameters for the microsphere synthesis were varied.
A robust adaptive re-adhesion control scheme to regulate the control torque of the traction motor was designed for not only suppressing the excessive wheel slip, which make the system unstable, but also optimizing the wheel slip to operate at the optimal adhesion point even if some system parameter uncertainties or disturbances exist.
To optimize the adhesion between lithium disilicate-based ceramic and resin cement, this study evaluated the influence of different silane coupling agents and post-silanization heat treatments.
The aim was to obtain a smooth and homogeneous substrate surface as well as the removal of any fragile interlayer, particularly the metallic oxide layer, in order to optimize the adhesion between the plasma-deposited film and the metallic substrate.
However, the bonding mechanism of copper surfaces with an initial dishing effect, induced by the polishing step, must be investigated in order to optimize the adhesion process and prevent further reliability issues.
Interlayers of amorphous hydrogenated silicon-based materials such as a-Si, a-SiNx, a-SiCx, and a-SiCxNy, and a nitrided interlayer, were studied in order to optimize its adhesion strength.
Altogether our results point out the importance of developing a smooth and open pore scaffold to optimize hBMSC adhesion and ensure cell survival in vivo as it is a prerequisite to potentiate their direct and paracrine functions.
Modulation of VBP- and CBP-densities and relative ratios enabled optimizing construct adhesion under varying shear-flow conditions.
It was demonstrated on selected samples that using the free standard energy of wetting (ΔwetG°) provides a means of optimizing cell adhesion.
In this paper, we show that the nanometer range of the spatula size of geckos may have evolved to optimize the adhesive strength and maximum tolerance of imperfect adhesion (for robustness).
