Phase states of the lead nanoinclusions in stoichiometric lead telluride were investigated at a magnetic field varying from 0 to 1 kOe in a temperature range T = 1.27 ÷ 6.5 K which is lower compared to superconductivity transition temperature for lead. It has been shown that the nanoinclusions of lead are type-I superconductors. Size of superconductor nanoinclusions at 6.5 K can be more than 300 nm. The model of superconductor intermediate state depended on the inclusions geometry has been suggested to explain experimental data
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