Smart manufacturing is a key component of the broader thrust towards Industry 4.0, and relies on the creation of a bridge between digital and physical environments through Internet of Things (IoT) technologies, coupled with enhancements to those digital environments through greater use of cloud systems, data analytics and machine learning.
The radiated electromagnetic waves intensity of the proposed antenna is improved compared with the conventional patch antenna due to the electric and magnetic coupling enhancements.
It is well-known that plasmon coupled fluorescence enhancement is associated with decreased fluorescence lifetime.
G-CSF increases the number of neutrophils coupled with enhancement of neutrophil function, and these neutrophils are prone to be trapped by pulmonary vascular capillaries and to release oxygen radicals and proteolytic enzymes [ 13].
The interdigital coupling input/output (I/O) lines are used for coupling enhancement.
The active control consists of three parts: an adaptive inductor tuning action, a negative resistance action, and a coupling enhancement action.
In this research, an approach to vibration delocalization of nearly periodic structures using piezoelectric networks with active coupling enhancement is presented.
The improvement of hard magnetic properties of the magnetically annealed sample results mainly from the magnetic-field-induced exchange-coupling enhancement.
When comparing the performance of modulators coupled by 3D tapers and 2D tapers, we showed that 3D tapers can lead to a coupling enhancement by a factor of 4. These 3D tapers combined with the Ge/SiGe QCSE waveguide modulators pave the way to on-chip, integrated modulators and detectors for optical interconnects.
The results demonstrated that, for the range of investigation, the system vibration localization level can be effectively reduced by piezoelectric networking, and the system performance can be further improved by the active coupling enhancement approach via negative capacitance circuits.
However, for the thicker bilayer heterostructure, Ding et al. report that, if the coupling enhancement is due to the charge transfer, it should be independent of the non-magnetic layer thickness [16].
