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Both the as-grown and as-transferred nanotubes were characterized to examine the variations in their morphologies and electrical properties.
The effects of bath ratio and reaction time on the structures, morphologies and electrical resistances of PPy/C composite sponges were analyzed to decide the optimum process parameters.
Obtained results concerning the obtained crystalline phases, microstructures, morphologies, and electrical resistivities are very similar, indicating that trace components in air have little effects on the characteristics of the films.
SnO2 based gas-sensing films with different thicknesses and additives were formed, and the morphologies and electrical properties of these films were investigated by scanning electron microscopy (SEM), X-ray diffraction (XRD) and an instrument designed to measure the gas sensing abilities of the films.
A detailed study of the initial stages of the Co(W,P) layer growth using high-resolution transmission electron microscopy and atomic force microscopy showing the common and different nucleation densities, surface coverages, morphologies and electrical properties of the Co(W,P) layer induced by the two SAM layers is presented.
These simulations therefore indicate that the passive cable properties of RGCs can account for motion anticipation across different dendritic morphologies and electrical properties of RGCs.
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The morphology and electrical properties of such structures can be controlled by changing the growth time.
The structure, composition, morphology and electrical properties of these films were characterized.
The morphology and electrical conductivity of the composites before and after mechanical stretching were examined.
The structure, morphology and electrical conductivity were examined by XRD, SEM and four point resistivity test system, respectively.
The structure, surface morphology and electrical properties of CBNO thin films have been investigated.
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