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Ag2Se Nanowire Fusion-Engineered Nylon Composite films: Boosting the Stability and Thermoelectric Efficiency in Flexible Power Generators

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Fusion-engineered Ag2Se nanowire films improve thermoelectric stability in flexible devices, suggesting promising applications.

The optimal Ag2Se/nylon composite film shows an ultrahigh power factor of ∼1864 μWm1-K-2 at room temperature, enhancing thermoelectric performance.
After 5000 bending tests, only a 4% increase in electrical resistance supports its excellent mechanical flexibility, crucial for wearable devices.
The assembled 5-leg flexible thermoelectric generator generates an open-circuit voltage of ∼38 mV, indicating practical energy production capability.
Ag2Se NW fusion engineering improves both flexibility and thermoelectric stability, indicating potential for self-powered electronics.

Wu et al. (2025) studied this question.

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View Full Paper

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Authors

Fusion-engineered Ag2Se nanowire films improve thermoelectric stability in flexible devices, suggesting promising applications.

The optimal Ag2Se/nylon composite film shows an ultrahigh power factor of ∼1864 μWm1-K-2 at room temperature, enhancing thermoelectric performance.
After 5000 bending tests, only a 4% increase in electrical resistance supports its excellent mechanical flexibility, crucial for wearable devices.
The assembled 5-leg flexible thermoelectric generator generates an open-circuit voltage of ∼38 mV, indicating practical energy production capability.
Ag2Se NW fusion engineering improves both flexibility and thermoelectric stability, indicating potential for self-powered electronics.

Wu et al. (2025) studied this question.

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