Low-dimensional copper oxide nanostructures are very promising building blocks for
various functional materials targeting high-demanded applications, including energy …

Low-dimensional nanomaterials are receiving widespread attention as one ideal material for
manufacturing high-performance electronic switches, which play an important role in …

The adhesive behavior of one-dimensional (1D) materials, such as nanotubes and
nanowires, plays a decisive role in the effective fabrication, functionality, and reliability of …

Nanostructured metal oxides are of great interest both for advanced research and for a wide
range of applications that contribute to the increasing demands of electronics, photonics …

The electrostatic pull-in effect is a common phenomenon and a key parameter in the design
of microscale and nanoscale devices. Flexible electronic devices based on the pull-in effect …

Nanodevices consisting of the suspended and supported parts of topological insulator Bi 2
Se 3 nanowires were fabricated and measured at low and room temperatures. Probing of …

Electrochemical impedance spectroscopy was applied for studying copper oxide (CuO)
nanowire networks assembled between metallic microelectrodes by dielectrophoresis. The …

Nanoelectromechanical (NEM) switches are potential candidates for memory and logic
devices for low standby-current and harsh environment applications. Cryogenic operation of …

One-dimensional nanostructured metal oxides present great potential for both research and
practical applications. Due to their catalytic properties, high chemical and thermal stability …

Dielectrophoresis is used to assemble nanowires between metallic electrodes to form
scalable functional interconnects. The dielectrophoresis parameters are investigated for …