Sentence examples for developing semiconductor materials from inspiring English sources
In choosing or developing semiconductor materials suitable for thermoelectric generators, a useful figure of merit is the square of the Seebeck coefficient divided by the product of the electrical resistivity and the thermal conductivity.
His research interests involve developing semiconductor materials and devices for electronic, optoelectronic, and spintronic applications using III-V material system.
"That is when I got into the developing semiconductor industry," he says.
The focus of the consortium will be on developing semiconductor technology used in energy-efficient products.
However, all of these sensing platforms have been developed using traditional semiconductor materials and processing techniques, which are expensive.
To efficiently utilize solar energy, it is indispensable to develop visible light-responsive semiconductor materials which can efficiently absorb solar electromagnetic radiation reaching the Earth's surface.
Originally developed for use with semiconductor materials, over the last decade the processes involved in rolled-up nanotechnology have been applied across a wide palette of materials resulting in applications (among others) in micro robotics, energy storage, electronics, and photonics.
Of the semiconductor materials being developed for photocatalytic applications, TiO2 is the most suitable, because of its high oxidizing ability, long-term stability, low cost, and nontoxicity [9].
Avalanche photodiodes specifically designed for single photon counting devices have been developed on the basis of various semiconductor materials: Si, Ge, GaP, GaAsP, and InGaAs at the Czech Technical University within the last 20 years.
Combining TMPs with Si and Ge would enable a wider range of hybrid spintronic devices to be developed, directly integrated with the dominant semiconductor materials systems used in conventional nanoelectronics.
Durrant and his colleagues at Imperial's Centre for Plastic Electronics are working on developing and understanding new ink-based coatings that can be printed onto surfaces as semiconductor materials in order to capture solar energy.
