In [9], UEP capability is achieved by a combination of two Tanner graphs of different rates.
For any specific concentration of nanomagnets, similar temperature regulation capability is achieved as a function of ac field intensity.
The elevated temperature capability is achieved by a custom designed halogen-lamp furnace, which is attached to the test rig.
Furthermore, when TNPBC is used as the anode in a sodium ion battery, an excellent rate capability is achieved.
Capability is achieved by the inclusion of a powerful set of peripherals, along with the upgrading of memory.
Due to the employment of the current-splitter, two-quadrant operation capability is achieved by the converter.
Its added capability is achieved by the inclusion of a powerful set of peripherals, along with memory upgrades.
An initial specific capacity of 1224 mAh g−1 along with high Coulombic efficiency, long cycling stability and good rate capability is achieved in the modified Li-S cell.
The high rejection capability is achieved by increasing the servo bandwidth; however, the ability to extend the bandwidth is limited by the actuator's structural resonance.
Real-time measurement capability is achieved by using a phase extracting routine which continuously monitors the waveforms captured by two photo-detectors.
