Sentence examples for capabilities of active from inspiring English sources

A scaling factor method and an analytical method were presented in Ref. [74] to determine the wrench capabilities of active overconstrained PMs.

Although the beamforming capabilities of active element arrays at the receiver have been well investigated in the past, this article highlights the potentials of pattern reconfigurable parasitic arrays based on the beamspace representation of the ESPAR antenna.

In the first part of this paper, a simple quarter-car, two-degree-of-freedom (2 DOF) vehicle model is used to investigate potential benefits and adaptive control capabilities of active suspensions.

This method gives consideration to conventional mechanical performance and capability of active deformation.

Neutron irradiation tests confirmed the capability of active dosimeters of performing on-line decay gamma dose rate measurements, to follow gamma dose decay at the end of neutron irradiation as well as insignificant activation of the ICs.

Within the timely framework examining interaction modes at the interfaces between transmission system operator (TSO) and distribution system operators (DSOs), this letter proposes the new concept of active-reactive power (PQ) chart, which characterizes the short-term flexibility capability of active distribution networks to provide ancillary services to TSO.

High performance and real-time capabilities requirements of active vibro-acoustic control systems are critically discussed with respect to the architectural features of general-purpose processors and the actual closed-loop bandwidth of interest.

An integrated symbolic-numerical-graphical package devoted to the analysis of plate/beam-type structures and its meta-heuristic optimization is implemented, with capabilities of simulating active multilayered structures, constituted by a variable number of different material models.

Possible suggested candidates are members of the protein tyrosine phosphatase class as well as AMP-kinase signalling, as well as the transcription factor CEBPβ because of the oxidative sensing capabilities of the active dimer (Kim et al 2007), however information in the context of adipogenesis has been lacking until now.

The capability of an active spacecraft to accurately estimate its relative position and attitude (pose) with respect to an active/inactive, artificial/natural space object (target) orbiting in close-proximity is required to carry out various activities like formation flying, on-orbit servicing, active debris removal, and space exploration.

The major objective of this research is to investigate the preferential flow patterns with field-scale multiple-tracer infiltration experiments and to evaluate the capability of the active region model (ARM) in predicting the field-scale preferential flow and transport processes.