High-thermal- and high-electrical-conductivity composite with a three-dimensional nanocapsule structure for smart home systems
Authors
Aleksanian Artem Arturovich
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An innovative composite material characterized by the combination of high thermal conductivity, electrical conductivity, and mechanical strength is presented. The material is based on a three-dimensional structure composed of nanoscale multilayer spherical capsules forming a pseudo-spongy volume with uniform distribution of thermal and electrical flows. The composite demonstrates stable performance under high thermal loads and pulsed energy conditions, which makes it suitable for miniature high-energy electronic components and smart home infrastructure. The structure, fabrication principles, and key performance advantages of the material are examined.
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Authors
Aleksanian Artem Arturovich
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