Electrical properties of FeIn2Se4 single crystals

Mössbauer and magnetic studies of the ternary compound FeIn2Se4

“…There are some published data on obtaining and studying the physical properties of FeIn 2 Se 4 semicon ductors [1][2][3]. However, despite the fact that the first studies devoted to this material were published several decades ago [6], it still remains understudied.…”

“…In recent years, A II semiconductors (II is Fe, Mn, Ni, or Co; III is Ga or In; and VI is S, Se, or Te) containing elements with unfilled d shells have been intensively studied due to the extraordinary com bination of their semiconductor and magnetic proper ties [1][2][3]. The phenomena of the electronically or optically governed magnetism characteristic of such magnetic semiconductors give grounds to consider them promising candidates for application in lasers, light modulators, photodetectors, and other mag netic field driven devices [4,5].…”

Superionic Conductivity and Specific Effects Induced by γ-Radiation in Nanofibrous TlGaTe2 Crystals

“…This takes place only in the cases in which the free path length of an electron exceeds the effective size of the potential well. In this situation, the free path length of charge carriers is defined by the following formula (Volkov 1972 andNiftiev, 2003): Fig. 10.…”

Temperature dependence of the bandgap width in FeIn2Se4 single crystals

“…VI ternary compounds (where A = Fe, Mn, Ni, Co; B = Ga, In; X = S, Se, Te), containing elements with unfilled d shells, have recently become the object of intensive studies because of their combination of semiconductor and magnetic properties [1][2][3][4]. The indicated compounds are promising materials to use as a basis for designing lasers, light modulators, photodetectors, and other devices controllable by a magnetic field [5][6][7].…”