It was suggested in works [21, 22, 31] that the driving mechanism for resistive switching in the LBMO/ZnO nanostructures is a coexistence of highly conductive FM phase and poorly conducting charge-ordered phase in manganite layer.
Functional dissociation between the left and right middle frontal gyrus has been suggested in working memory, which is strongly related to the involved mental operations [ 51].
Focal control of light in terms of both amplitude and phase as suggested in this work and in a previous theoretical work [ 12] may possibly prove of interest for single-cone visual activation [ 36, 40] or retina micro-surgery.
Mixture descriptors developed in this study were constructed as suggested in previous work [3, 6], based on the descriptors of individual components of the mixture.
Free speech and protest are suggested in a work by Elmgreen & Dragset.
We deduce from these comparisons that the approach suggested in this work is very valuable.
Two novel approaches are suggested in this work to improve the predictions.
The methods suggested in this work are shown to be efficient in process development.
The modification of the problem formulation is suggested in this work.
The locations of petroleum storage sites suggested in this work could be used as a reference for decision makers.
Based on the seven deficient items, a set of nine system design requirements has been suggested in this work.
