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Based on low-temperature SQUID sensors, an ultra-sensitive magnetometric system has been created for the analysis of nanoparticles in biological objects. The main features of the SQUID magnetometric system and information… Click to show full abstract
Based on low-temperature SQUID sensors, an ultra-sensitive magnetometric system has been created for the analysis of nanoparticles in biological objects. The main features of the SQUID magnetometric system and information technology during registration and analysis of magnetic signals from organs of laboratory animals are considered. Experimental data on the operation of the magnetometric system and algorithms of data recording and processing in the study of physical models (small animals) with nanoparticles are presented.
Journal Title: Cybernetics and Systems Analysis
Year Published: 2020
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