Sentence examples for matrix under electric from inspiring English sources

Investigation of the character of carbon fillers distribution in epoxy matrix under electric field treatment was performed for composites with the content of carbon filler of 0.05 wt%.

To explain the observation by optical microscopy peculiarities of electric field-assisted alignment of the filler of different morphology, a characteristic time of carbon nanoparticle rotation in epoxy matrix under AC electric field action was theoretically estimated.

The effects of the morphology of the filler particles on the process of nanocarbon alignment in polymer matrix under AC electric field have been investigated by estimating of carbon nanotube and graphite nanoplatelet rotation time using an analytical model based on effective medium approach.

Volkswagen said the plug-in hybrid would travel roughly 28 miles solely under electric power.

We have established that in case of filler alignment under electric field action, dynamical percolation threshold is defined not only by the above parameters but also by parameters of the applied field and polymer matrix viscosity, filler morphology.

The phenomenon above limit migration of molecule formed fragments to respective electric field under electric conduction.

Fig. 2 The XRD pattern and Raman spectra of CaCO3 synthesized under electric field (EF) and electric free (NE).

Our product allows buses to run for an extended period of time under electric power only".

The ZP of nanoparticles was measured from the electrophoretic mobility under electric field using Helmholtz-Smoluchowski equation.

There is batch to batch variability and prone to cathodic drift (a progressive loss of basic proteins during long running of electro-focusing under electric field), leading to low reproducibility and requiring careful monitoring of electric field [ 2].

The swelling ratio of nanofibers increased under electric field with increasing the MWCNT content; thus, MWCNTs could make the efficient pathway of electric field due to their own electrical conductivity.