Dielectric Film

Living Circuit Boards: How the Chinese Academy of Sciences Uses Bacteria to Revive Smartphones

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Living Circuit Boards: How the Chinese Academy of Sciences Uses Bacteria to Revive Smartphones

How difficult is it to achieve a complete “cradle-to-grave-to-cradle” cycle for electronic devices? A smartphone contains hundreds of materials, many of which are permanently bonded and encapsulated, making separation costly and prone to cross-contamination; moreover, components like chips are extremely sensitive to impurities, and any contamination in recycled materials can render them useless. How can … Read more

P.S. Lee Team at NTU: Low-Temperature Atomic Layer Deposition Enhances Performance of Flexible Thin-Film Transistors

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P.S. Lee Team at NTU: Low-Temperature Atomic Layer Deposition Enhances Performance of Flexible Thin-Film Transistors

With the development and application of microelectronics technology, flexible thin-film transistors with characteristics such as bendability, deformability, and portability have attracted extensive research in fields such as wearable health management devices and flexible displays. Flexible thin-film transistors made of metal oxides, although they have better performance and stability compared to transistors made from carbon nanotubes … Read more

New All-Organic Layered Dielectric Film for High-Temperature Energy Storage

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New All-Organic Layered Dielectric Film for High-Temperature Energy Storage

Recommended! Collection of Sample Proposals for Natural Science Foundation 1Research Background With the rapid development of modern power electronics and electrical systems in high-temperature environments, the demand for high-performance dielectric materials is increasingly urgent. Polymer dielectric capacitors, due to their low dielectric loss, ease of processing, and high breakdown strength, have been widely used in … Read more