Superconducting Thermal Materials Project

Research Content and Potential Research Directions, and Industry Progress Overview

The superconducting thermal materials project is an important research field aimed at developing materials with excellent thermal conductivity. Traditional thermal conductive materials often experience energy losses during heat transfer, while superconducting thermal materials exhibit extremely low thermal resistance, allowing for heat conduction in a zero-resistance state and providing extremely high thermal conductivity efficiency. These materials are of great significance for efficient heat management and thermal conduction applications.

Here are the potential Sanezen’s research content and research directions involved in the superconducting thermal materials project:

Material development: Researchers may explore new material combinations and structural designs to achieve improved superconducting thermal performance. This may include optimizing crystal structures, alloy design, interface engineering, and other methods to enhance the material's thermal conductivity and superconducting properties.

Thermal conduction mechanisms: Researchers will delve into the thermal conduction mechanisms of superconducting thermal materials, including electron thermal conduction, phonon thermal conduction, interface thermal conduction, etc. Understanding and controlling thermal conduction mechanisms can further enhance the material's thermal conductivity.

Structural optimization: Researchers will optimize the performance of superconducting thermal materials by controlling factors such as microstructure and grain boundaries. This may involve controlling crystal growth modes, rational control of grain boundaries and defects, etc., to improve the material's thermal conductivity and superconducting properties.

Material applications: Researchers will also explore the applications of superconducting thermal materials in thermal management fields. For example, heat dissipation materials for electronic devices, applications of high-temperature superconducting materials in energy transmission and storage, etc. Applying superconducting thermal materials in practical areas can validate their performance and drive the development of related technologies.