04/24/2025, 05:37 AM UTC
混合材料使热电效率翻倍Hybrid Material Doubles Thermoelectric Efficiency
➀ 研究人员开发出一种新型混合材料，通过分离热量和电荷传输，使热电效率翻倍。
➁ 这种混合材料结合了铁、钒、钽和铝的合金与铋-锑混合物，在高压高温下形成紧凑结构，提升了能量转换效率。
➂ 这一突破可能推动微型电子设备中更高效的能量收集技术发展，特别是在物联网设备领域，兼具性能和成本效益。
➀ Researchers have developed a novel hybrid material that doubles thermoelectric efficiency by separating heat and electrical charge transport.
➁ The hybrid material combines an alloy of iron, vanadium, tantalum, and aluminum with a bismuth-antimony mixture, forming a compact structure that enhances energy conversion.
➂ This breakthrough could lead to more efficient energy harvesting in miniaturized electronics, especially for IoT devices, offering both performance and cost-effectiveness.
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