A novel ternary rGO/PPy/S nanocomposite possessing of a hierarchical nanostructure via incorporating the matrix of reduced graphene oxide (rGO) coated by polypyrrole (PPy) with sulphur was prepared by a facile one-pot in situ method.
Herein is presented a new composite material consisting of nanostructured Mn silicate hollow spheres enclosed in a matrix of reduced graphene oxide (rGO), synthesized via a facile and low-cost hydrothermal method.
A matrix and its reduction are models of exactly the same logic systems, and since reduced matrices have no redundant elements, the classes of reduced matrices that are matrix semantics for logic systems are usually taken as the classes of matrices that deserve study; they are better suited to encoding in algebraic-like terms the properties of the logics of which they are the semantics.
Based on the parametric solutions of a Sylvester matrix equation, a parametric expression for all the gain matrices of reduced-order state observers is presented, and a parametric design method of reduced-order state observers is proposed.
The approach of interpolating among matrices of reduced-order models (ROMs) is not new in the literature and it is very promising in order to speed up the calculations.
The class of protoalgebraic logics turned out to be the class of logics for which the theory of logical matrices works really well in the sense that many results of universal algebra have counterparts for the classes of reduced matrix models of these logics; consequently the algebraic study of protoalgebraic logics using their matrix semantics has been very fruitful.
Conversion of reduced flux matrices with permutated samples (columns) into flux-pattern matrices, adjoining flux-pattern matrices and hierarchical clustering were conducted in Matlab (Mathworks).
The use of picoArray, a heterogeneous node-based architecture, features a matrix of different flavors of reduced instruction set computing (RISC) processors.
In this section, we compare the empirical complexity and the quality of reduced matrix for each LR scheme.
In this assay, vinculin-deficient cells served as negative control as they generate low contraction forces [12] and cannot invade collagen gels mechanically, which is not a consequence of reduced matrix protease expression or activity [14].
