Sentence examples for characterization as a function of from inspiring English sources

Moreover, the performance of the synthetic modules and 'blocks' needed to assemble more complicated networks requires more complete characterization as a function of arbitrarily complex environmental inputs.

In this study, microstructural characterization as a function of temperature, time, and conditioning has been employed to illuminate the role of conditioning in the δ → α′ transformation.

23Na MAS solid-state NMR characterization method as a function of the state of charge of carbon was used to determine that these spherical carbon anodes show pure, reversible Na intercalation into graphene regions: these materials are devoid of nanocavity or nanopore filling of Na.

A systematic and detailed characterization of precipitates, as a function of steel composition, has been carried out in five batch-annealed interstitial-free high-strength steels.

Here we present the Raman characterization of these defects as a function of temperature.

The current work focuses on a mechanistic characterization of polyglutamine homodimerization as a function of chain length and temperature.

Conventional approaches to model fatigue failure are based on a characterization of the lifetime as a function of the loading amplitude.

In such cases, the expressive characterization is directly determined as a function of dynamic features, and is compared to the annotation carried out by experts.

The thermal characterization of these copolymers as a function of the number of grafted repeat units has been performed by thermogravimetric analysis, TGA, differential scanning calorimetry, DSC, and dynamic mechanical experiments.

This indicates that the poor fit to secondary explosion deposits is not limited to the characterization of individual beds as a function of scale, rather, the total volume is highly sensitive to the proximal deposit, which composes an increasing portion of the total volume (50 90 %) as the number of explosions increases within a crater (Graettinger et al. 2015a).

Since cell-free reactions lack a membrane, DNA encoding different regulators can be added at any time during the reactions, enabling the rapid characterization of network response as a function of perturbations that are extremely difficult or even impossible to do inside cells.