How To Use Semiconducting material In A Sentence

All of the patents incorporate photovoltaic systems, which transform light into electricity using semiconducting materials such as silicon. Smithsonian
To begin, the researchers use chemical deposition of a vapour of a semiconducting material - silicon, indium arsenide or gallium hosphide, for instance - on catalytic gold seeds.
Microprocessors are fabricated on a single crystal of a semiconducting material such as silicon or germanium.
Microprocessors are fabricated on a single crystal of a semiconducting material such as silicon or germanium.
Conventional MEMS are built through a process called photolithography, in which different layers of material are chemically deposited on a substrate - usually a wafer of some semiconducting material - and etched away to form functional patterns. PhysOrg.com - latest science and technology news stories

So, photonic crystals are now typically made of insulating or semiconducting materials, such as titanium oxide, silicon dioxide, silicon, or gallium arsenide.
All of the patents incorporate photovoltaic systems, which transform light into electricity using semiconducting materials such as silicon. Smithsonian
A method and apparatus for processing a wafer comprising a material selected from an electrical semiconducting material and an electrical insulating material.
Chips are made with photolithography, where a beam of parallel light shines through a stencil-like mask onto a semiconducting material, and changes it so that acid will not etch the part exposed.
Other types of detectors, like those that use a semiconducting material, are slower but provide more data about the gamma rays they pick up.
In conventional solar panels the energy from the sun excites electrons in a semiconducting material such as silicon, creating the current flow.
The most common approach is to use sunlight to knock electrons out of a semiconducting material like silicon, creating an electric current.
Many calculators and watches are run by solar cells, which use semiconducting materials that absorb sunlight and then convert the light into energy by a process called the photovoltaic effect.
By stretching - or ‘straining’, as it's called in the trade - a lattice of silicon atoms, chip makers improve the ability of electrons to flow through the semiconducting material.