The phenomenon of Meyer–Neldel rule (MNR) can occur in any situation which involves an
activated process. However, the rule is still most commonly referred to in connection with …

Aluminum-doped ZnO–SnO2 (ZTO) films were deposited by RF magnetron sputtering using
a Zn2SnO4 target at 400° C under Ar gas pressure of 2.0 Pa. The Al do** was carried out …

In general, in case of semiconductors, conductivity (σ) varies exponentially with temperature
(T), ie, σ= σ0 exp [-∆ E/k T]. In most of the materials, σ0 does not depend on∆ E. However, in …

In the present study, observation of the Meyer–Neldel rule (MNR) through two approaches in
Se 80− x Te 20 Pb x (x= 0, 1 and 2) glassy alloys has been reported. In-depth analysis of …

In the current article, the influence of four different cw-lasers on the thermally activated a c.
conduction of a novel quaternary chalcogenide glassy semiconductor Se 72 Te 20 Sn 2 Cd …

Temperature and frequency dependence of ac conductivity have been studied in glassy
Se70Te30− xSbx (2≤ x≤ 10). An agreement between experimental and theoretical results …

There has been an increased interest in the properties of Se rich semiconducting glassy
alloys due to their current use as photoreceptors in TV vidicon pick-up tubes [1] and …

In many amorphous and liquid semiconductors and other class of materials, the Meyer–
Neldel rule is observed in the dc conductivity, where the pre-exponential factor (σ0) is found …

In the present paper, we report the observation of the Meyer–Neldel rule (MNR) in thermally
activated high field conduction in bulk samples of glassy Se100− xSbx alloys. We have …

In the present work, we report the applicability of the further Meyer–Neldel rule in thin films of
glassy Se100− xSbx alloys for thermally activated high field conduction using two different …