The phrase "a semiconductor which" is correct and usable in written English.
It can be used when introducing a clause that provides additional information about a semiconductor.
Example: "A semiconductor which has a high conductivity can be used in various electronic applications."
Alternatives: "a semiconductor that" or "a semiconductor capable of".
In contrast to silicon, a semiconductor, which can either conduct or insulate, depending on how it is chemically modified, Dr. Scherer's tubes can be made from a range of conducting metals, such as tungsten, molybdenum, gold and platinum.
Silicon carbide is a semiconductor, which can be doped n-type by nitrogen or phosphorus and p-type by aluminium, boron, gallium or beryllium.
This shows that classical diodes and all related optoelectronic devices could be prepared using a combination of an atomically thin 2D semiconductor and a 3D semiconductor, which should allow for a rapid fabrication and development of this type of device on industrial scales.
From DOS, Mo15MnCS31 becomes a magnetic semiconductor, which spins up and spins down asymmetrically.
For deeper insights into general pore etching mechanisms, InP can be considered as a model semiconductor, which allows easier systematic investigations than, e.g., Si because only two kinds of pores seem to exist, which are quite different in their general behavior.
ZnO nanoparticles are an attractive semiconductor which provides widespread potential applications.
Cu2O is an important semiconductor, which is widely used in solar energy conversion, catalysis, gas sensors, etc [24 26].
Nickel oxide is a typical p-type semiconductor which has a wide range of applications due to its particular electrical, optical, and magnetic properties.
Indium oxide (In2O3) is a transparent metal oxide semiconductor, which exhibits a wide band gap of ~3.7 eV at room temperature, a high transparency for visible light, and excellent chemical stability [1, 2].
The proper deposition bath composition for electrochemical synthesis of the CdSe deposit in the hexagonal structure of the right elemental stoichiometry, and photoreacting as an n-type semiconductor which can be used as a stable photoanode is investigated.
Ga2S3 is a III-VI semiconductor which can have the monoclinic, hexagonal, or cubic crystal structure [7].
