The tg-the dta, xrd and dc four-wire method of thermal decomposition of the gel precursor and the transformation process, the sintered structure, the relative density and conductivity were characterized to study the structure of transition metal ions doped samples, electrical properties and transpor

Use TG - DTA XRD , and the DC 4-Wire Act on the gel, respectively in the prodrome phase thermal decomposition and transformation process, the structure of the sintered body, and the relative density and electrical conductivity, and study for the transition metal ion for samples mixed with the struct

Using TG-DTA, XRD and direct current four long-base methods separately to the gelatin forerunner body thermal decomposition and the inversion of phases process, the sintered body phase structure, the relative density and the conductivity carry on the attribute, the research transition metal ion dopi

Method of using TG-DTA, XRD and DC four respectively on the thermal decomposition of gel precursors and the sinter structure of phase transformation processes, characterization of electrical conductivity, relative density, and, research on transition metal ion doping on electrical properties of samp

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