Sentence examples for unified parameter from inspiring English sources

A unified parameter is therefore proposed to help designing specimens and to correct the SHPB results.

This is because PF-ISFA estimates the source activities using a unified parameter for all frequency bins.

Unified parameter sets based on gear construction and geometry assure easy customization and any choice of state variables.

A unified parameter, which combined the effects of cathodic current density and polarization time, is used to build up the relationship between experimental data.

The spherical indentation response for homogeneous materials can be described only by two dimensionless parameters: strain hardening exponent and a unified parameter that can describe effects of both the normalized yield strength and the normalized indentation depth.

In addition, the influence of a unified parameter on pile-up was utilized to investigate some parameters simultaneously for various strain hardenings which depicted that increasing strain hardening exponent leads to smaller pile-up.

For simplicity, the VSC stations are assumed to have unified parameters of the transformer, the AC filter, and the phase reactor.

Hypoalbuminaemia in this setting is a robust, unifying parameter with sound pathophysiological background and should be an integral part of the decision making in this complex group of patients.

However, by capturing these dynamics in the accumulating process itself, the DPM allows for incorporating the effects of context in reactive (i.e., penalty and reward structure) and proactive (i.e., probabilistic expectations) control in a single unifying parameter (i.e., execution drift rate), while at the same time distinguishing between action cancellation and no-go decision processes.

By defining unified grating parameters as the ratio of incident wavelength to grating period and the ratio of groove depth to grating period, unified grating structures are found to be approximately wavelength-independent, which is based on the modal view of the accumulated phase difference of two excited propagating grating modes.

The lack of unifying safety/risk parameter throughout of PSAs worldwide is the basis of the present work, and an attempt is made to arrive at the definition of a Risk Target for severe accidents in NPPs, consistent with the IAEA definitions having a technical basis, which can be adopted without modifications for Generation IV power plants.