Sentence examples for multidimensional structures and from inspiring English sources

Moreover, images are complex multidimensional structures and require solid computing techniques for recognition.

Therefore, methods for improving the electrochemical properties of Si electrodes are of high interest, and extensive research has been conducted to solve the problems associated with the Si electrode, such as using electrodes with a carbon (C) composite composition, multidimensional structures, and metal-alloyed forms [6 12].

The emerging multidimensional structure and multiple business cultures dissolve the need for subordination or suboptimization around any one business dimension, eliminate periodic restructuring, and shift from one dimension to another in the search of an effective competitive base.

QoL is a multidimensional structure and contains generally three general domains: physical, psychological and social functioning of a patient [ 5].

One rapid and controllable way of making linear and multidimensional structures is the "directed" colloidal assembly, which can be achieved by internal fields (induced by surfactants10 and by dynamic self-assembly11) or by applying an external field (e.g., magnetic12, or electric13, or light14).

Peptide amphiphiles (PA) are molecular synthetic building blocks that self-assemble into multidimensional structures such as spherical liposomes and fibrous micelles with well-characterized physicochemical properties.

(88) Self-assembly of RNA building blocks in a predefined manner to form larger multidimensional structures is a prominent bottom-up approach and represents an important means by which biological techniques and biomacromolecules can be successfully integrated into nanotechnology.

Consequently, based on a unifying vocabulary, this survey sheds light on (i) the weak and strong points of current approaches for modeling complex multidimensional structures that reflect real-world situations in a conceptual multidimensional model and (ii) existing mechanisms to avoid summarizability problems when conceptual multidimensional models are being implemented.

We show with a simple equation that this large prefactor comes from the multidimensional nature of fluidized nanoparticle agglomerates, revealing that the assumption of a prefactor one can lead to an erroneous fractal dimension when studying multidimensional structures.

The originality of our method consists in keeping multidimensional structures of data organization for processing.

Although their analyses initially suggested underlying multidimensional structures, the authors settled on a single dimensionality since the first factor consistently accounted for most of the common variance.