Sentence examples for vast range of structures from inspiring English sources

"In fact, the stranski-krastanow (SK -based growth approach, which iSK -based lattice-mismatch systems, has made it possible to achieve a vast rangrowthstructures with control over size approachity but results in a random lateral spacing of QDs which can hisder the QD fusedinnality as a qubit in quantum computing".

One of the main difficulties in this is the vast range of different compositions and structures, which can be produced, many of which give rise to conflicting conclusions about the effect of the nitrogen in the carbon matrix.

The lanthanides are chelated to DTPA which is stable at a vast range of assay condition resulting in that one chelate structure works for almost all assay designs and applications.

In the review paper done by Aldwaki and Adeli (2014), a vast range of methods proposed by many researchers dealing with tall structures optimization are presented.

Within the vast range of heterocycles, benzimidazole and its derivatives are found to be trendy structures employed for discovery of drugs in the field of pharmaceutical and medicinal chemistry.

Normal cell life involves physical or chemical activities at vast range of spatial and temporal scales and it is vital to identify characteristic structures at all scales and study their roles in relation to a particular cell function [ 12- 17].

In extracellular proteins and polypeptides, functionally vital loop structures, for example generated by disulfide bonds, are found in a vast range of contexts.

Canine genotyping is demanded in a vast range of situations that more commonly include pedigree verification, parentage and forensic investigations, and population structure, genetic origin and diversity studies.

Furthermore, the macroscopic behaviour in biological systems is underpinned by a vast range of interactions between interconnected parts at a multitude of scales in the absence of a central organizing structure [ 9, 10].

Herein, various pivotal parameters affecting structures and properties of the nanocomposites including various types of modification as well as a vast range of available dispersion techniques were discussed.

I was offered a vast range of potential diagnoses.