Sentence examples for analytical demonstrations from inspiring English sources

It goes down to the definition of numerical values of key parameters for the analytical demonstrations.

An important feature of this proposal and analytical demonstration in[18] is that the performance of the algorithm does not deteriorate significantly when the distance measurement error increases.

In spite of the preliminary demonstrations, analytical comprehension of the entire process especially on the purview of non-trivial interactions between stochastic phase-transition phenomena of oligonucleotide chains and hierarchical organization of in vivo transport processes remains unknown.

An analytical and experimental demonstration of a self-sensing actuator that is used actively to control sound transmission/radiation through a vibrating plate is presented in this paper.

Experimental illustration of the bandgap behavior of undulated beams, and numerical simulations of wave motion in plates serve as partial validations of the analytical predictions, and as demonstrations of the potential application of the concept for the design of structural components and elastic waveguides with tailored bandgap and directional properties.

Validation of an analytical procedure requires the demonstration that the assay is suitable for its intended purpose.

This demonstration of analytical self-similarity represents the first stage in validating the analytical platform for future use in human studies.

This demonstration of analytical reproducibility generates a strong body of evidence supporting the decentralized use of this test as a tool for breast cancer risk stratification.

In order for emerging biomarkers to progress to the clinic, it is now widely accepted that, in addition to analytical and clinical validation, demonstration of clinical utility in a level-of-evidence (LOE-1) study is necessary.

In the buckling and vibration studies, the demonstration is totally analytical.

Analytical performance predictions provide clear demonstration of the influence of two-dimensional electrode geometry on solid oxide cell performance.