Anomalous variation of electrical transport property and amorphization in dense Alq₃

Abstract

The experimental results indicate that the Al–oxine interaction can also be believed to be significant for the electrical transport properties of dense Alq3.

Effects of grinding-induced grain boundary and interfaces on electrical transportation and structure phase transition in ZnSe under high pressure

“…Since 2010, Wu et al have reported that stress-induced silver nanoparticles turn into one-dimensional (1D)-nanostructure arrays, [10] a pressure-driven sintering of spherical nanoparticle arrays into nanostructured gold architectures, [11] and a pressureinduced silver nanoparticle super-lattice into mechanically stable nanowires. [12] Since 2012, the pressure-induced surface nanocrystallizations in Cu 2 O, [13] Alq 3 , [14] and Zn 2 SnO 4 have been reported. [15] All the reported results in these two groups indicate that the pressure-induced physical interfaces affect the mechanical, optical, and electrical transportation properties, the phase sequence, transition pressure, etc.…”