This paper proposes a virtual fully connected (VFC) architecture for metro networks to provide high-performance node-to-node all-optical transportation.
Proposed subwavelength optical power transportation mechanisms are highly compatible to employ in photonic integration circuit (PIC) systems.
Previous studies show that gold silicide, such as Au2Si [32] 32] and AumSin [33], have been observed, and some kind of composition has good optical, excellent electron transportation, and FE properties.
Both the shortest path problem and the min-cut problem are of great importance to various kinds of network routing applications (e.g., in transportation networks, optical networks, etc).
The α-Fe2O3/Au/ZnO photoanode displayed a significant increase in photocurrent density of 250 µascomparedcompared to α-Fe2O3 (photocurrent density~27 µatcm2), at 0.5 V vs. SCE in 0.5 M NaOH under AM 1.5 G illumination indicating enhanced optical absorption and charge transportation.
The first mirror (M1) as an important part of the CXRS diagnostic system is responsible for acquisition and transportation of the optical signal of required quality from the ITER plasma to detectors.
We propose a novel system of a quantum-molecular transportation using the multi-optical tweezers, whereby the transportation of molecules in the communication system can be performed.
We reported a novel, non-optical technique to analyse and quantify the transportation of bacterial cells in paper-based microfluidics.
First, microrobotic transportation does not rely on the optical properties or chemistry of the target objects and the surrounding medium.
Microrobotic transportation has two advantages when compared to tools such as optical tweezers, optically induced dielectrophoresis (ODEP), and micromanipulators.
Furthermore, the optical composite film structure can result in the faster electron transportation, great charge collection efficiency.
