The Lattice Compatibility Theory (LCT): An attempt to explain Urbach tailing patterns in copper-doped bismuth sillenites (BSO) and germanates (BGO)

Optical, Physical, Chemical and Electrical Properties of Nickel Oxide Sprayed Thin Films under Tin Doping Effects

“…Crystalline size evaluation revealed that tin has a relative tendency to form SnxOy crystalline phases. At this level, the recently proposed Lattice Compatibility Theory [65][66][67][68][69][70][71][72][73][74][75] which was implied in similar cases, has been evoked. This theory, as mentioned in some recent studies [66][67][68][69][70][71][72][73][74] has been based on the interaction of doping-element lattice behavior versus host edifice.…”

“…Fundaments to the Lattice Compatibility Theory [65][66][67][68][69][70][71][72][73][74][75] have been established by Petkova et al [65] in a study of Urbach tailing controversial behaviour in some nano-compounds as well as I-III-O2 ternary oxides instability at low temperatures. Elements of the Lattice Compatibility Theory have been presented later by Colantoni et al [66] Yumak et al [67], Ben Said et al [68], Gherouel et al [69], Haj Lakhdar et al [70], Boubaker et al [71][72][73], Ben Messaoud et al [74] and Mimouni et al [75].…”

Infrared spectroscopy of undoped and Cu-doped (80-x)Sb2O3-20Li2O-xMoO3 glasses

“…The Lattice Compatibility Theory is an updated analyses scheme which starts from the interaction of doping-element lattice behavior versus host edifice, as mentioned in some recent studies [35][36][37][38]. Preludes to this theory have been established by Petkova et al [35] and Boubaker et al [36][37][38] in the context of analysing stability of some doped compounds.…”

“…Preludes to this theory have been established by Petkova et al [35] and Boubaker et al [36][37][38] in the context of analysing stability of some doped compounds. An original formulation of the Lattice Compatibility Theory [35] has been established as following:…”

The Lattice Compatibility Theory: Arguments for Recorded I-III-O2 Ternary Oxide Ceramics Instability at Low Temperatures beside Ternary Telluride and Sulphide Ceramics

“…An additional argument can also be formulated through the recently proposed Urbach energy-related Lattice Compatibility eory (LCT) [40][41][42]. Urbach energy has been determined, for the ternary oxides and telluride and sulphides samples through the equations: where represents, for each sample, the experimentally deduced optical absorption pro�le.…”