Near-zero thermal expansion CPO-TLCP composites achieved by in-situ copolymerization: A solution for dimensional stability in electronic devices
Key Points
Near-zero thermal expansion enhances dimensional stability in electronic devices, crucial for performance.
CPO-TLCP composites demonstrate a significant reduction in thermal expansion variability under stress conditions.
Analysis highlights the successful in-situ copolymerization method that achieves desired thermal properties.
These findings may enable more durable electronic devices, reducing failure rates linked to thermal challenges.
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Near-zero thermal expansion CPO-TLCP composites achieved by in-situ copolymerization: A solution for dimensional stability in electronic devices | Synapse