Sentence examples for materials for optoelectronics from inspiring English sources

Kenyon, A. J. Recent developments in rare-earth doped materials for optoelectronics.

I V characteristic analysis was used to determine turn-on voltage of the materials for optoelectronics.

As a new family of 2D nanomaterials, 2D polymer-based nanosheets, featuring excellent characters, such as tunable framework structures, light weight, flexibility, high specific surface, and good semiconducting properties, have been emerging as one kind of promising functional materials for optoelectronics, gas separation, catalysis and sensing, etc.

A new approach to the creation of materials for optoelectronics is proposed and implemented, which includes design of compounds possessing vitrification from mesophase with maintenance of a columnar order, absorption in the near IR-region of the spectrum and good performance electrophysical characteristics simultaneously.

In the field of new Si-based materials for optoelectronics, we investigated the Er-doping process of n+-type PSi layers by several techniques.

Such a result allows extending the range of suitable matrices to thermally soft polymers such as MEH-PPV towards the fabrication of organic inorganic nanocomposite materials for optoelectronics and light harvesting.

This kind of material generates thermally reversible material for optoelectronics based on room temperature self-assembling block copolymers matrices.

The combination of all these properties makes GaN a preferred material for optoelectronics and high-temperature and high-power RF applications.

Due to its wide direct bandgap and large exciton binding energy (60 meV), ZnO is an attractive material for optoelectronics, such as ultraviolet (UV) light-emitting diodes [1-3], photodetectors [4], and lasers [5].

Based on the results, we proposed that this material is a new class of luminescent material suitable for optoelectronics devices' application, especially in light emitting devices, electroluminescent devices and display devices.

Colloidal quantum dot materials for infrared optoelectronics.