FIELD: chemistry.
SUBSTANCE: ceramic material of the chemical formula AgBaPb3Oz, where z=(4.5-6) depending on synthesis conditions, is produced. The ceramic material has stable strength and electrical properties with respect to cooling to liquid nitrogen temperature and subsequent heating to room temperature. Initial resistance of samples depends on the pressure of pressing articles and high-temperature sintering process.
EFFECT: enabling use of the material when making nanoelectronic elements, active elements of cryoelectronic circuits operating in space vacuum and cold conditions and using novel conducting ceramic materials with a very low temperature coefficient of change in resistance.
6 dwg
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