SNOM measurements on metalic nanostructures

Load Management System Using Intelligent Monitoring and Control System for Commercial and Industrial Sectors

“…Power Quality can be monitored at the electrical mains or at any critical feeder branch in the distribution system such as described here. Devices in this category typically provide all of the parameters found in basic devices, plus advanced analysis capabilities [7]- [8]. These advanced analysis capabilities include using waveform capture to collect and view waveform shape and magnitude, providing harmonic analysis graphs, collection and storage of events and data, and recording single or multiple cycle waveforms based on triggers such as overvoltage or transients.…”

“…Electrical systems are subject to a wide variety of power quality problems which can interrupt production processes, affect sensitive equipment, and cause downtime, scrap, and capacity losses. Momentary voltage fluctuations can disastrously impact production [7]- [8].…”

Design of an Electrically Written and Optically Read Non-volatile Memory Device Employing BiFeO 3 /Au Heterostructures with Strong Absorption Resonance

“…The output optical signal is automatically detected by the PMT and processed and compared with the threshold by computers to output 1 or 0 as a result of either applying the voltage modulation or not, which can be deemed as optical reading. [28] In summary, we have reported a novel approach to create a non-volatile memory device that uses the polarization-dependent opto-electric effect in ferroelectric BiFeO 3 /Au heterostructures. Such an electrically written and optically read non-volatile memory device can combine the advantages of ferroelectric and optical recording methods, which is an energysaving, environmentally sound device with high writing or reading speed and reliable properties.…”