Multivariate logistic regression models were used to examine the association between these composite responses and the independent variables of interest.
The elastic modulus and strength of individual struts within the scaffolds were measured using an atomic force microscopy cantilevered beam-bending technique and compared with the composite response under indentation and unconfined compression.
A central composite response surface design and multicriteria optimization was used to maximize molten SOA area-under-the-curve response and signal-to-noise ratio.
Numerical examples of stiff inclusions and voids are considered and the composite response is examined on an intact and pre-notched unit cells.
Figure 11 exhibits the real-time PANI/sponge composite response to indoor air and NH3, which indicates that the compression degree effects on the sensitivity of NH3 detection.
Selection and construction of composite responses based on chemical and physical consideration were the keys to optimize the Dumas method.
These properties make them attractive materials for fabricating hybrid composites based on a polymer matrix with nanoparticle fillers [1], allowing tailor-made electrical and optical composite responses.
From the circle response curves, the composite responses to the pressures immediately, and the current could fully recover to the initial value within 35 s after withdrawing the pressure.
The micromechanical model provides three-dimensional (3D) effective properties of homogeneous composite responses, while recognizing microstructural geometries and in situ material properties of the heterogeneous medium.
The MGO/β-CD@AuNPs composite improved electrochemical response and sensitivity of the sensor.
Functional Fe3O4@polydopamine (Fe3O4@PDA) core shell composite microspheres with magnetic response and special wetting properties were successfully assembled utilizing the strong coordination interactions between these two versatile materials.
