Examples of 'ionic conductivity' in a sentence
Meaning of "ionic conductivity"
ionic conductivity: The ability of a substance to conduct electricity through the movement of ions. It is a characteristic of materials like electrolytes and is crucial in various fields including chemistry, materials science, and electrochemistry
How to use "ionic conductivity" in a sentence
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ionic conductivity
The electrode ionic conductivity is the limiting parameter.
These are favourable to enhance the ionic conductivity.
The ionic conductivity increases when the length increases.
This increases ionic conductivity.
The ionic conductivity of the films prepared is measured by impedance spectroscopy.
This is supported by an increase in measured ionic conductivity as a function of reaction time.
Ionic conductivity in solids.
Such values can be obtained from measurements of ionic conductivity in solution.
Ionic conductivity accelerometer.
Nanoscale polymer membranes are also much more efficient in ionic conductivity.
The ionic conductivity of the coating is determined by the method of complex impedances.
It is also desirable that the electrode material has an ionic conductivity.
However the improvement of ionic conductivity of these complex systems is still required.
The solid electrolyte is an electric insulator having a high ionic conductivity.
However it is the ionic conductivity of the material that will be considered first.
See also
The electronic insulating material may have appropriate ionic conductivity.
This was attributed to the ionic conductivity and the dielectric constant of the catalysts.
The gel electrolytes may typically exhibit high ionic conductivity.
For ionic conductivity the polymer electrolyte is incorporated into the cathode composite.
The impact ofthe sintering process on the ionic conductivity is also highlighted.
The ionic conductivity has been measured and compared to that of glasses containing lithium ion.
They also investigated how this technique could improve ionic conductivity.
This ionic conductivity is correct but this corresponds to a viscoelastic liquid and not to a solid.
The electrolyte is an electric insulator with a high ionic conductivity such as LiPON.
A good ionic conductivity inside the plates is also important for high formation efficiency.
The present invention concerns such a polymeric blend capable of ionic conductivity.
The favorable influence of nitrogen on the ionic conductivity of thin films has been confirmed.
An ionomer is also frequently used in the electrode layer to improve ionic conductivity.
Doping with nitrogen can enhance the ionic conductivity to provide improved operation as an electrolyte.
The design of polymer electrolytes towards efficient and effective ionic conductivity is emphasized.
This compromise between ionic conductivity and mechanical strength limits the performance of these membranes.
The concentration of alkali alcoholate affects the ionic conductivity of the solution.
The units for ionic conductivity are Siemens per cm.
The excess rare earth oxide may ensure the absence of ionic conductivity.
Furthermore, the ionic conductivity is also deteriorated.
The addition of ionic liquids in organic solvents significantly improved the electrolyte ionic conductivity.
The composite electrolyte presented a slightly reduction in ionic conductivity values compared to neat ionic liquid.
They display interesting properties such as good thermal and chemical stabilities and a high ionic conductivity.
The porous substrate impregnated with electrolyte then allows ionic conductivity between the two electroactive layers.
Both layers possess a high oxygen ion conductivity or a high mixed electronic and oxygen ionic conductivity.
Ohmic losses in an SOFC result from ionic conductivity through the electrolyte.
Complexes of the network polymers with alkali metal salt exhibit high ionic conductivity.
Table 1 shows the ionic conductivity of various electrolytes.
The acid content is conditioned by the desire for a high ionic conductivity of the electrolyte.
Ionic conductivity in polymer-salt electrolytes occurs in the amorphous regions of the complex.
The supporting salt dissolved in the solvent must provide the best possible ionic conductivity.
High IECs impart high ionic conductivity to cation-exchange polymers.
The diaphragms must be hydrophilic and have low electrical resistance and high ionic conductivity.
At room temperature, the ionic conductivity of this material is very low.
Figure 5 shows the results of the ionic conductivity.
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