The results on cellulose-containing hydrogen-bonded ferroelectric nanocomposites indicated that for samples with a relatively high cellulose content, the electrophysical parameters of the material, such as phase transition temperature, electrical conductivity, and polarization, are highly sensitive to mechanical pressure under low-temperature conditions. These findings suggest potential applications in pressure sensors, although several challenges must be addressed, including the long-term stability of the material and whether there is a linear dependence of electrical parameters on the material's stress.
cellulose, hydrogen-bonded ferroelectrics, phase transition, sensitivity, mechanical pressure
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