Sentence examples for flexible capabilities from inspiring English sources

This comparison shows how some TRF designs are best suited for specific research areas and how others are being re-designed with flexible capabilities in mind.

Also, to identify the flexible capabilities of the hybrid electrodes, the changes in their sheet resistances due to repetitive bending (up to 30,000 times) were measured and compared with the results measured for the CNTs.

His current position at CHESS is "project scientist". Peter has played a key role in designing a new type of x-ray monochromator that provides uniquely flexible capabilities to focus high photon energy (40-100keV) beams to feed the F2 station.

The key design features are: the separation of experimental results from author interpretations, a data-capture structure that mimics that of typical published experimental data, extensive and flexible capabilities for phase identification, well-structured capture of metadata related to sample characterization, and quantitatively defined uncertainties.

Its architecture includes a set of flexible capabilities which enable the convergence of mobile and fixed broadband networks.

Originally designed as a platform as a service (PaaS), Docker showed promise for its flexible capabilities in providing developers with a service that supported multiple programming languages.

Another aspect of the use of polar modulation is that future wireless communications requires multimode radio transceivers, i.e., flexible capability with low power consumption.

The SDN concept has some limitations in terms of planes separation among tenants and operators and lack of flexible capability to adapt to changing environment requirements.

Britain must maintain a flexible capability to adapt to future threats and there should be a break from the military and political mindset of cold war politics, that prepared for war in space and cyber space.

According to the collected information and the changing demands of the higher layers, the system still need a more flexible capability to reorganize the front-end of radio environment.

By endowing nanostructured ZnO devices with flexible capability, force/strain-modulated photoresponsing behaviors resulted from the change of Schottky barrier height (SBH) at the metal-semiconductor heterojunction or the modification of the band diagram of semiconductor composites [15, 16].