Sentence examples for important analytical tool from inspiring English sources
Subsequently, in collaboration with I M Singer, he established another important analytical tool known as the Index theorem.
It is an important analytical tool which helps us work on present situations, while retaining a focus on the structural issues that affect our cases.
Nuclear magnetic resonance (NMR) spectroscopy represents perhaps the most important analytical tool for structure determination in natural products chemistry.
Medium resolution nuclear magnetic resonance (MR-NMR) spectroscopy is currently a fast developing field, which has an enormous potential to become an important analytical tool for reaction monitoring, in hyphenated techniques, and for systematic investigations of complex mixtures.
This new approach in the correlation between particle size and dissolution may be an important analytical tool in the engineering of the particle size distribution of drug substance, and more precisely monitoring the D[4, 3] volume-weighted mean diameter may allow one to model the dissolution profile of a suspension formulation and thereby its in vivo release profile.
Hodgkin's improvements in x-ray crystallography elevated the technique to an important analytical tool.
Nuclear magnetic resonance (NMR) is today one of the most important analytical tools for the detailed characterization of solid polymers at various length and time scales.
Biosensors have emerged as important analytical tools for detecting and controlling disease outbreaks, which according to the United States Department of Agriculture USDAA) cause $2.9 6.7 billion worth of losses every year [1].
Scanning probe techniques, such as scanning tunnelling microscopy [26] and atomic force microscopy (AFM) [27] are very important analytical tools that are capable of imaging surfaces down to the nanometre scale.
Economic and technological assessment of intensive care units has therefore become a very important analytical tools for efficient management of this kind of therapy.
Within the payload designed by ESA and NASA for future missions focusing not only on Mars, Raman spectroscopy will be an important non-destructive analytical tool for the in-situ identification of both organic and inorganic compounds relevant to life detection on planetary surfaces or near sub-surfaces.
