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首页> 外文会议>International Conference on Electronics, Computers and Artificial Intelligence >Corrosion of some military equipment and ustensils discovered in the ancient site of Buridava
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Corrosion of some military equipment and ustensils discovered in the ancient site of Buridava

机译：一些军事装备和Ustensils在布里迪瓦古代发现的军事装备和Ustensils的腐蚀

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In the Dacian site from Ocniţa, Vâlcea County, identified with the ancient Buridava, a considerable number of pieces made of various alloys were discovered along the time, which led to the hypothesis of the existence here of an important craft center. Since the archaeological research is far from complete and it is obvious that the number of iron artifacts in situ and still undiscovered is probably quite large, we decided to choose a number of five pieces representing military equipment, but also utensils in common use because, through modern techniques for characterizing materials, but also through other methods, such as measuring the pH of the soil, to determine how the iron objects in situ are affected. Because, of all the alloys, those that contain a high percentage of iron are usually the most susceptible to degradation and corrosion, respectively, the present study aims to investigate a number of five such ancient objects. With the help of X-ray fluorescence spectrometry (XRF), X-ray diffraction (XRD) and soil pH measurement we try to reconstruct how the corrosion processes aroused and affected the analyzed parts.
机译：在沃尔尼亚县的古氏县的Dacian遗址，沿着古代布里迪瓦确定，沿着当时发现了各种合金的相当数量的件，这导致了重要的工艺中心存在的假设。由于考古学研究远未完整，并且很明显，原地的铁艺人数仍然是可能相当大的，我们决定选择一些代表军事装备的五件，还有常见的用具，因为，通过用于表征材料的现代技术，还通过其他方法，例如测量土壤的pH，以确定原位原位的原因。因为，所有合金的那些含有高百分比的铁通常是最容易降解和腐蚀的影响，目前的研究旨在调查许多五个这样的古代物品。借助X射线荧光光谱法（XRF），X射线衍射（XRD）和土壤pH测量，我们尝试重建腐蚀过程的刺痛和影响分析的部件。

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