The phrase "a decrease of electrical" is not correct in standard written English.
It may be intended to describe a reduction in electrical quantity or activity, but it lacks clarity and specificity.
Example: "The study showed a decrease of electrical activity in the brain during sleep."
Alternatives: "a reduction in electrical" or "a decline in electrical".
The presence of DOP resulted in an increase of the electrical resistivity whereas the increasing concentration of CNSL resulted in a decrease of electrical resistivity.
We find that while the overall electronic structure of SrCoO3 is preserved, increasing the Sc fraction leads to a decrease of electrical conductivity, in agreement with earlier experimental work.
Based on X-ray photoelectron spectroscopy (XPS) on the surface film we inferred that a decrease of electrical resistivity of the double films is due to an increase in the relative strength of O (III).
These extra stacking faults may provide good paths for electron transfer in the wires, and this fact results in a decrease of the electrical resistivity.
The results show a decrease of the electrical resistivity values from 0.061 to 0.055 Ωm during the exposure in a γ field of 1.3×106 Gy/h for the beds containing the purging gas mixture.
Slight structural modifications and partial loss of nanotube alignment at Tg could yield an increase of the density of intertube contacts and thereby to a decrease of the electrical resistivity.
Upon further increase in the length (increase of the aspect ratio), the output voltage signal starts to decrease due to the excessive deflection in the nanowire in both the lateral and the vertical directions, which may cause a screening of the charge carriers on the outer surfaces of the nanowires resulting in a decrease of the electrical potential.
Films with 1% and 2% ZnO show a decrease of approximately 50% in electrical resistivity and no change in hardness after annealing.
The dramatic increase of electrical conductivity with a decrease of the flow is attributed to disentanglement of the MWNT agglomerates, as shown in the image analysis.
The carbon bridged the silver nanoparticles, giving rise to the decrease of electrical resistivity [13].
The decrease of electrical resistivity of silver with the reduction of temperature does not influence the surface plasmon loss.
