Sentence examples for describes a characterization from inspiring English sources

This article describes a characterization method to specifically determine the asymptotic behavior of kinetic and potential energies at higher frequencies with the driving point measures only.

In this paper [49], Jayme describes a characterization of clique-Helly graphs, leading to a polynomial time algorithm for recognizing them.

A subset D of C is called a sunny nonexpansive retract of C if there exists a sunny nonexpansive retraction from C onto D. The following result describes a characterization of sunny nonexpansive retractions on a smooth Banach space.

K is said to be a nonexpansive retract of C if there exists a nonexpansive retraction from C onto D. The following result, which was established in [39], describes a characterization of sunny nonexpansive retractions on a smooth Banach space.

D is said to be a nonexpansive retract of C if there exists a nonexpansive retraction from C onto D. The following result, which was established in [2 4], describes a characterization of sunny nonexpansive retractions on a smooth Banach space.

K is said to be a nonexpansive retract of C if there exists a nonexpansive retraction from C onto D. The following result, which was established in [37] and [38], describes a characterization of sunny nonexpansive retractions on a smooth Banach space.

The following results describe a characterization of sunny nonexpansive retractions on a smooth Banach space.

In the present study, we describe a characterization based on complementary biochemical and biophysical techniques of multidomain regions of FXR human proteins.

This paper describes a detailed characterization of laminar flow-based fuel cell (LFFC) with air-breathing cathode for performance (fuel utilization and power density).

This paper describes a new characterization method to extract the mechanical properties of the thin film materials, which is simple, inexpensive and applicable to a wide range of materials including biocompatible ones described in this paper.

The second part describes a mathematical characterization of specular reflections within the EPI framework and proposes a novel technique for decomposing a static scene into its diffuse (Lambertian) and specular components.