Overall, changes in resistance resulting from the tensile test in the sample elastic range don't significantly affect the electrochemical response, which was verified by repeating the voltammetry study of [Fe(CN)6] 4-/3-redox process, see Fig. at rest and after elongation at 10 and 20 MPa, i.e., under and beyond sample's elastic limit. The CV peak currents gradually diminished under the applied load, testifying to the loss of some conductive paths within the material and increased electric resistance. Yet, this change does not surpass 6% even under the highest applied loads and is within the limits of statistical error for similar tests at rest. Notably, the experiment did not lead to an observable increase in the peakto-peak separation E, which, if it occurred, would imply an increase in surface electric heterogeneity upon conductive path loss .