Sentence examples for analytical improvements from inspiring English sources

We review the analytical improvements via SPLE and its wide-ranging applications.

Analytical improvements and their comparison with experimental findings on measurement of material properties of tubes under hydraulic bulging conditions are explained.

The t-tests with the Bonferroni procedure applied here is a basic and reliable choice for the problem at hand, but analytical improvements are possible and welcome for a collective, scientific communication towards knowledge accumulation.

Technological advances often result in analytical improvements for instrumental precision, accuracy, and sensitivity through time.

The theoretical outcome of the CuBA test, as currently developed, is outstanding [ 7] though still in need of validation in human clinical samples and it could also benefit from further analytical improvements.

For adult blood, there is a long tradition of analyzing serum proteins using two-dimensional gel electrophoresis (Hughes et al. 1992) or shotgun proteomics (Omenn et al. 2005; Pieper et al. 2003; Richter et al. 1999; Schenk et al. 2008; States et al. 2006), with continuous analytical improvements (Bell et al. 2009; Gaso-Sokac and Josic 2010; Rai et al. 2005).

To confirm the absence or presence of niobium, and thus get an indication of crystal structure and dating, analytical improvement is required.

Now, after a decade of technical and analytical improvement, the technology and algorithms for data analysis have been shown to be robust and reproducible across properly designed and controlled experiments, and different research groups.

The purpose is to understand the mechanism of the analytical performance improvement by the use of argon ambient with respective to air ambient and the dependence on the other experimental parameters such as the laser fluence.

Since the first publications on inductively coupled plasma (ICP), first for plasma processing and then for analytical applications, significant improvements have been observed for most parts of the instrument.

While gaseous fission product behavior has been investigated with bulk reactor experiments and simplified analytical models, recent improvements in experimental and modeling approaches at the atomistic and mesoscales are beginning to reveal new understanding of the unit mechanisms that define fission product behavior.