垂直透镜光纤在生物医学和国防领域的应用:(探索透镜光纤在实际领域的可行性)

Samuel J Kassey, Samson Charles Kassey
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引用次数: 0

摘要

现代生物医学、工业和军事需求的多样性正在提高部署现代解决方案所需的创新水平和可操作性。这项技术创新的一个关键方面已经被要求在光电子工业中探索潜在的应用和可行性途径。在领先的工业领域,透镜技术正在成为弥合现有差距的主要方法,并为现有的技术和应用差距提供可行的解决方案。创新的透镜光纤正在成为填补现有空白的基石,并通过透镜光纤利用激光技术的核心方面,为安全、生物医学和工业性能等领域的新应用铺平道路。在生物医学和国防领域,通过定向研究和协调解决方案管理探索创新的关键方面是使用特别垂直的透镜纤维的技术应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Perpendicular lensed optical fibers for biomedical & defense applications: (Exploring the workability of lensed fibers in practical domains)
The diversity of modern biomedical, industrial, and military requirements is increasing the level of innovation and workability required to deploy modern solutions. A key aspect of this technological innovation has been required in the photonics industry to explore potential applications and workability avenues. Across leading industrial areas, lensing technology is emerging as the primary method to bridge existing gaps and paving forward solutions that provide viable solutions to the existing gaps in technology and application.The aspects of the innovative lensed fibers are emerging as the cornerstone to fulfill existing gaps and pave forward new applications across security, biomedical and industrial performance utilizing the core aspects of laser technology through lensed fibers. The technological application using particularly perpendicular lensed fibers is a key aspect of the innovation explored through directed research and coordinated solution management in biomedical and defense areas.
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