Sentence examples for grounds for development of from inspiring English sources
The results described in this section provide the grounds for development of a key device, a single-dopant transistor, in which the operation principle is single-electron tunneling through a QD which is not lithographically defined, but naturally created by an individual dopant atom.
While these data do not yet provide sufficient grounds for development of a clinically useful platform based on these observations, further research is warranted to elucidate underlying mechanisms.
MI provides a fertile ground for development of clinical solutions to bridge the gap between clinical informatics and bioinformatics.
Hourly wind speed and direction (7.9 m above ground level) and temperature (2 m above ground level) measurements for development of all models were obtained from Logan International Airport.
Our analysis also suggests that the fast building of this type of infrastructure provides solid grounds for the development of utilitarian cycling, with high cost effectiveness, even in a city without a previous tradition in this sense.
It has been hypothesized that variations in birth weight are among the most visible manifestations of a broader set of biological changes setting grounds for the development of non-communicable diseases in later life and that such biological changes may be caused, noticeably, by environmental factors [ 3].
This thorough description of biological systems has laid the grounds for the development of synthetic biology, a discipline applying basic principles of engineering for the rational assembly of biological modules into higher order complex biological systems with desired properties.
Longstreet's actions in the final two major Confederate defensive battles of 1862 would be the proving grounds for his development of dominant defensive tactics.
This may account for the observations that the anti-influenza antibodies recognize and bind various HA and NA subtypes providing the grounds for the development of an effective immune response and therefore for the elaboration of the appropriate vaccination strategies.
This study sets the grounds for the development of an ionophore-based sensor for the direct and selective determination of arsenate in aqueous samples.
