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SrTiO 3  is a model of the perovskite-like compounds for structural transition which inducing the intriguing physical properties around the critical phase transition temperature T AFD  (antiferrodistortive, abbrev. as AFD). Here we report that the electrical transport behavior is a new way to quantify Nb concentration for Nb-doped SrTiO 3 . The lattice parameter (c), phase transition temperature (T AFD ), and the carrier concentration (n) of SrTiO 3  may be manipulated by niobium doping. T AFD  increases with increasing the niobium content in a rate of about 30 K per (wt%, i.e. niobium element’s weight verses total weight) niobium and n in a rate of about 2.5    $$\times$$  × 10 20 /cm 3  per (wt%) niobium.

Manipulating the carrier concentration and phase transition via Nb content in SrTiO3