Coulometric Reversibility of Electrochemical Nanoionic Integrators with Long-Term Memory

Abstract

Ionic and molecular electronics relate to the field of science and technology, which deals with the theory and development of electrochemical converters. The possibility in principle to develop discrete-action solid electrolyte integrators whose functional, technical, and operating characteristics meet the basic requirements to the operation in the charge setting-read mode. The possibility of creating an analog integrator (with continuous charge reading) of the basis of a solid electrolyte with a linear voltage-current characteristic in the range 0+100 mV was evaluated.