Sentence examples for molecular electronic device from inspiring English sources

The synthesis of thioacetate derivatized oligoanilines designed for molecular electronic device purposes is described.

TranSIESTA enables the molecular electronic device based on DFT to estimate the self-consistent electronic structure of nanomaterials within the three-dimensional electrodes at different chemical potentials.

In recent years, single-molecule junctions have attracted wide attention because of its potential application in nano-electronic and molecular electronic device [1 10].

The utilization of DNA hybridization and/or apoprotein cofactor interaction may allow a new strategy to construct a molecular electronic device.

The application simulations have been divided into four categories: mechanical andmaterials properties of nanotubes; nanotube heterojunctions as molecular electronic device components; nanoscale electromechanical systems and a laser-driven molecular motor; and nanotube-based nanolithography on silicon surfaces.

We have prepared Ag nanosphere/oligo phenyleneethynylene)/Ag sol (AgNS/OPE/Ag sol) and Ag nanowire/oligo phenyleneethynylene)/Ag sol (AgNW/OPE/Ag sol) sandwiches to simulate the architecture of a molecular electronic device.

One key issue for the development of molecular electronic devices is to understand the electron transport of single-molecule junctions.

The fixed arrangement of molecular units on surface affords a uniform response to external stimuli and a predetermined distance for electron transfer on the electrode surface, which provides novel molecular electronic devices.

In a series of ground-breaking but controversial experiments interfacing switchable rotaxanes and catenanes with silicon-based electronics, molecular shuttles have been employed in solid-state molecular electronic devices.

Dr. James C. Ellenbogen, the principal investigator of the nanoelectronic computers project at the Mitre Corporation in McLean, Va., and a pioneer in molecular electronics, called the work "one of the key missing ingredients" in efforts to build molecular electronic devices.

Understanding the electron transport of single-molecule junctions is crucial for the development of molecular electronic devices [1 16].