Research conducted in the MTFL focuses on novel thin-film deposition methods based on plasma applications and renewable energy projects, such as advanced solar cells, water splitting for fuel cells, and nano-electro-generators based on piezoelectricity.
The MTFL contains various systems for the preparation thin films and nano-powders by physical and chemical methods.
These systems enable the deposition of films made of various metals, semiconductors and dielectric materials by sputtering and vacuum thermal evaporation, by spin-coating, and using a thermo-chemical system.
The complementary measuring equipment and related scientific methods available in the MTFL include both conventional and unique in-house developed ones.
For example, thin-layer precipitation methods in various compositions are developed in the Lab.
These tools allow the measurement of the magnetic, electrical and optical properties of thin films grown in the MTFL.
Contact us: Dr Alexander Axelevitch
Located: Building 1, Room: 502
