Bi2Te3 thermoelectric thin films were deposited on the flexible polyimide substrates by RF
magnetron co-sputtering of a Bi and a Te targets. The influence of the substrate temperature …

Bi 2 Te 3 thin films were fabricated on the (00l)-oriented MgO substrates by the magnetron
co-sputtering method. The films microstructure of highly preferred orientation along the c …

Telluride alloys are widely used in thermoelectric devices which generate electricity from
waste heat or act as Peltier coolers. Limited by toxicity these are best materials for room …

The paper is devoted to studying the thermoelectric and structural properties of films based
on metal nanoclusters (Au, Pd, Pt). The experimental results of the study of single …

In this study, we explore various electrode materials (Au, Ti, and Sb) for use as contact
materials on Bi 2 Te 3 and Sb 2 Te 3 thermoelectric films. Using the transmission line …

We studied the improvement of interfacial stability and contact resistance by applying Cu
with high electrical conductivity but high diffusivity to thin film type thermoelectric devices …

Due to the increase in demand for mobile devices and the improvement in performance,
many semiconductor devices are being developed in a limited space. Memory devices and …