Sentence examples for electronic memory devices from inspiring English sources

In addition, polythiophene and its derivatives are expected to be utilized in electronic memory devices.

Herein, we exploit charge trapping in an n-type semiconducting poly (naphthalene diimide-alt-biselenophene) (PNDIBS) as the key operational mechanism to develop high performance, nonvolatile, electronic memory devices.

Electronic memory devices play a vital role in our everyday life.

We also investigated the structural and dielectric properties of BFO/PZT multilayer thin films for application in electronic memory devices.

The VBP|Au|VBP-based electronic memory device and all-solid-state supercapacitor, which exhibited bistable nonvolatile rewritable memory performance with high ON/OFF current ratio of 105 and high volumetric capacitance up to 6.22 Fcm−3, respectively, were fabricated through simple layer-by-layer method.

As the exploration of g-C3N4 that is still in its infancy, there are several remaining key challenges that must be met in near future, including porous nanostructures for the drug loading and delivery, improvement of electronic conductivity, memory device fabrication, solid-state lighting, energy conversion, and wearable sensors.

His research in solid-state physics made possible the development of inexpensive electronic switching and memory devices in computers.

This includes such topic areas as ionic and mixed conductors; actuators and sensors; boundary controlled devices; wireless communications; electronic packaging; dielectrics; ferroelectric memory devices; photonics; magnetic recording; oxide electronics and superconductivity, among others.

Moreover, the work may provide a new way to read and write electronic data into ferroelectric memory devices at very high speed, the MIT researchers say.

Considering the charge-trapping memory devices, electronic structure of the tri-layer dielectric stack (Al2O3-TiAlO-SiO2) should be an important mechanism to affect the memory characteristics.

Our theoretical simulations, designs and calculations show that novel 2D van der Waals heterojunctions provide a promising future for electronic, electrochemical, photovoltaic, photoresponsive and memory devices in the experiments.