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INNOVATIVE METHOD FOR MANUFACTURING THIN FILM GERMANIUM

机译:制造薄膜锗的创新方法

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摘要

The future of advanced electronics is characterized by a constant search for new materials that could conduct electrons faster and in a greater quantity than silicon and other conventional materials. In this regard, thin layers of germanium crystals are being developed by researchers worldwide as a key component for devices, such as, flexible electronics, and large-scale integrated circuits. However, the conventional methods of production require high temperatures or other crystals to act as seeds for growing the germanium crystals. With the increasing cost of and the concern for providing environment friendly manufacturing, finding a pragmatic and commercially sustainable method of producing the germanium film is still a challenge for the electronics industry.
机译:先进电子学的未来特征是不断寻找比硅和其他常规材料更快地传导电子的新材料。在这方面,全世界的研究人员正在开发锗晶体的薄层,作为诸如柔性电子设备和大规模集成电路之类的设备的关键部件。然而,常规的生产方法需要高温或其他晶体作为生长锗晶体的种子。随着成本增加和对提供环境友好的制造的关注,寻找实用且商业上可持续的生产锗膜的方法仍然是电子工业的挑战。

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