Sentence examples for due to conductive from inspiring English sources
This is due to conductive additive's influence on both electronic conductivity and porosity (which determines ionic conductivity) of LiFePO4 electrodes.
It is shown that a large part of the sample contributes to the measurements and short cuts due to conductive end pieces do not affect the results.
The amount of discharge energy transferred from tool to workpiece is disintegrated into several increments due to conductive phase powders present in the dielectric medium and simultaneous grinding action supports the removal/sweeping of the recast prior to its solidification.
If true, a decrease in cochlear nerve output from one ear, due to conductive or sensorineural hearing loss, should change cochlear nerve response in the opposite ear via modulation in olivocochlear feedback.
If Ag migration is significantly inhibited in spinel ceramics by Pd addition due to conductive Ag-Pd alloy, the governing kinetics attains a stretched-exponential behavior with stretching exponent β = ~0.6, which is typical for one-stage diffusion in structurally dispersive media.
Due to conductive atmospheric conditions, Isaac continued to strengthen, and attained hurricane intensity on September 23.
This disparity is caused by the additional conductance path caused by shale, and this additional conductance path is due to the conductive nature of shale.
As an anode material for lithium ion batteries (LIBs), this nanocomposite shows significantly enhanced electrochemical performances compared with the non-carbon coated material due to the conductive carbon layer, which provides an ideal conductive matrix for electron/ion transfer and a buffer layer to accommodate the MnO expansion during lithiation process.
Due to non conductive nature of pond ash sample, gold coating has been carried out to provide a conductive thin layer.
Due to highly conductive, porous, and biocompatible three-dimensional structure, NPG is suitable for enzyme immobilization.
The improved electrochemical performance is mainly due to porous conductive architecture providing fast ion/electron transfer and structural stability.
