Technique for Testing Optical Fibers by Using Electronic Microscopy

M. Popescu, A. Náaji, Monica Ciobanu, D. Lacrama
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Abstract

Optical fibers have several advantages over traditional communication lines, such as: support higher bandwidth, less susceptibility to interference, stronger data security, they are much thinner and lighter, etc. The paper proposes a technique that characterizes, describes and defines a guided environment imported into the European Union (EU), which complies with the recommendations of the International Telecommunication Union (ITU-T) G.652.D and G.657.A2. Using this technique, a product (optical fiber) can be framed either under the European Union Integrated Tariff (TARIC) code 85447000 00, for which customs duties have a level, or under the TARIC commodity code 90011090 90, for which the value of custom duties would be calculated on the basis of a certain percent. In comparison to other techniques used in practice, the technique proposed by us requires, in addition, a multitude of new tests, which can fit the optical fiber in one of the fields of applicability, respectively, telecommunications, IT communications, various industrial or medical applications for the purpose of classification under a TARIC commodity code.
光纤的电子显微镜检测技术
与传统通信线路相比,光纤具有支持更高的带宽、更少的干扰、更强的数据安全性、更薄更轻等优点。本文提出了一种符合国际电信联盟(ITU-T) G.652建议的技术,该技术可以表征、描述和定义导入欧盟(EU)的引导环境。D、G.657.A2。使用这种技术,产品(光纤)可以根据欧盟综合关税(TARIC)代码85447000000进行分类,关税有一个等级,或根据TARIC商品代码9001109090进行分类,关税的价值将根据一定的百分比计算。与实践中使用的其他技术相比,我们提出的技术还需要进行大量新的测试,这些测试可以将光纤分别适用于电信、IT通信、各种工业或医疗应用领域,以便在TARIC商品代码下进行分类。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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