The results of structural investigations and electric field-induced properties of thin (40-100 nm) Li-Bi-Se films grown on glass substrates by means of the resistive evaporation technique are reported. The experimental investigations of microstructure and phase composition of thin films by transmission electron microscopy (TEM) and electron diffraction methods are carried out. Тhe experimental current-voltage dependences and transport of charge carriers are discussed.
Phase composition and electrical properties of Ag(Tl)SbS amorphous films obtained by pulse laser deposition technology are investigated. The films deposited on crystalline NaCl and Kcl substrates are amorphous with crystalline phase inclusions. Room-temperature current voltage characteristics showed a good electro-sensitivity of the films under applied bias up to 10 V and a space-charge-limited current was registered as a principal component of the charge carrier transport.Mater. Res. Soc. Symp. Proc. Vol. 951
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