Nanomaterials with low-dimensional architectures frequently exhibit novel functional properties.
Materials with hierarchical architectures often exhibit novel functional properties.
For this, a novel functional block, i.e., digital shifter, was added to the PHY.
The main purpose of this work is to construct novel functional equations for the Bernstein polynomials.
For the sake of exploring novel functional properties, theoretical study can also be an efficient approach.
We established a novel functional screening system for peptides acting on G-protein coupled receptors (GPCRs).
These morphological findings represent certain interest in the area of novel functional materials.
The design and development of novel functional materials utilizing non-covalent interactions in complexes have attracted considerable attention [17 20].
Diamond holds a variety of extraordinary physical and chemical properties, facilitating its possible applications in novel functional devices[1 7].
We overcome these difficulties by constructing a novel functional, which is different for the corresponding ones of past work.
Large efforts in the field of material science are spent on the development of novel functional materials.
