This research demonstrates improved thermal performance and plasticity in composite materials for irregular heat management applications.
Ω cm. Due to the wetting effect of the LM, the resulting composite demonstrates excellent plasticity properties, making it well-suited for heat transfer applications in complex or irregular packaging structures. The performance test shows that this TIM outperforms current advanced commercial counterparts, highlighting its significant potential for applications in irregular shape thermal management systems.
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Yang et al. (2026) studied this question.
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