Sentence examples for because of its precise from inspiring English sources
Because of its precise control of special characters and mathematical formulas, TeX and its variants soon became standard for submitting typeset-ready scientific and mathematical research papers for publication.
He notes, however, that the team's specialized mirror resembles an atom more than a solid object in some respects because of its precise interaction with light.
We think that Molecular Gastronomy is particularly well suited to make a contribution here because of the precise definition and high sensory quality of the foods we work with in Molecular Gastronomy.
Citing a Suprema executive, Forbes reported then that the F.B.I. seized the cheese because of questions about its precise content and accurate labeling.
Eric Lander, director of the Broad Institute at Harvard University and a pioneer of genomic science, has said that Crispr-Cas9 holds "great therapeutic potential" in human medicine because of its power to edit precise points within the 3bn letters of the human genetic code.
Because of its known malignant potential, precise histologic diagnosis of intraductal papillary mucinous neoplasm of the pancreas (IPMN) during intraoperative pancreatoscopy (IOP) is essential for complete surgical resection.
Because of its heterogeneous characteristic, the precise discovery and efficient allocation of available nodes have become key problems in the field of sensor web resource integrated management.
By the end of the round, because of his precise putting, he had gone 34 straight holes without a bogey.
In those, photothermal therapy (PTT) gained considerable attention because of its advantages, including high specificity, precise spatial-temporal selectivity, and limited side effects [1, 2].
Because of its granularity (tracing can be as precise as the internal clock of the device is), traces can be massive and are not well-suited for every situation.
The discretized gamma law [ 25] is widely used because of its mathematical convenience, not as a precise model of the evolutionary rates of protein sequences.
