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As the aerospace industry continues to demand materials that offer superior performance with reduced weight and increased functionality, nanocomposites will play a key role in driving next-generation RFID technologies. Upcoming research should emphasise on optimising the synthesis processes, improving material compatibility, and exploring novel nanomaterial combinations to further enhance the performance of RFID tags tailored for aeronautical applications. In essence, the synergy between nanocomposite technology and aeronautical RFID systems holds transformative potential for improving operational efficiency, safety and asset management within the aerospace sector.

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Nanocomposites Used in the Parts of Aeronautical Engineering in Radio Frequency Identification (RFID) Tag

  • 章节

  • 发表日期：

    2026年

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  • K. B. Bommegowda,
  • Roopa B. Hegde

摘要

As the aerospace industry continues to demand materials that offer superior performance with reduced weight and increased functionality, nanocomposites will play a key role in driving next-generation RFID technologies. Upcoming research should emphasise on optimising the synthesis processes, improving material compatibility, and exploring novel nanomaterial combinations to further enhance the performance of RFID tags tailored for aeronautical applications. In essence, the synergy between nanocomposite technology and aeronautical RFID systems holds transformative potential for improving operational efficiency, safety and asset management within the aerospace sector.