The current work represents the inspiration of gamma-radiation on Cu 2 InSnS 4 (CITS) thin
films deposited by spray pyrolysis technique. Irradiation treatment was carried out at various …

In this work, bulk Se 85 Te 15-x Bi x chalcogenide glasses were synthesized by melt
quenching technique. The nano-thin chalcogenide films of Se 85 Te 15-x Bi x alloys with …

Fluorine-doped indium oxide thin films (In 2 O 3: F) have been successfully synthesized by
spray pyrolysis technique on glass substrates and irradiated by different doses (1, 5, 10 and …

PM-355 polymeric films were used in different fields and have been used in a lot of
applications. PM-355 films have been bombarded by α-particles with different fluences using …

The gamma radiation induced optical properties of the tellurium dioxide films of thickness
1500 nm, deposited by thermal evaporation in the vacuum, were investigated. The dose …

Abstract Indium oxide (In 2 O 3) thin films were prepared by spray pyrolysis technique on
glass substrates. Prepared thin films were irradiated by gamma radiations with various …

In the last few decades, IV-VI group is considered as one of the finest combinations for
various electrical as well as optical applications. The present report discussed the photo …

Naphthalocyanines have an important optical and electrical property, made it eligible to be a
key utilitarian materials for a couple of special applications. Therefore, this study focused on …

Silver antimony selenide thin films have been prepared by potentiostatical electrodeposition
from an aqueous solution followed by rapid thermal annealing. The electrodeposition …

The exposure of polymeric materials to high energy ions increases their applicability in
numerous fields by altering certain properties. The electronic energy loss (S e) of swift heavy …