Abstract
Nanometer sized particles of Cu-(TCNQ) 2 were synthesized in a Triton X-100--butanol--cyclohexane--water microemulsion system. In this system, the aqueous cores were used as constrained microreactors for the precipitation of Cu-(TCNQ) 2. The particle size and size distribution were determined by transmission electron microscope and scanning electron microscope. The powder compactions of these particles were further characterized by the measurement of electric switching properties. The “ON”-“OFF” recycling number could be more than 650 times and the transition from high to low impedance state occurs with switching time of approximately 2ms.
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