Theoretical and practical aspects of the identification of the bladed weapon on the example of the SG 98/05 bayonet to the Mauser rifle based on metal science research

IF 0.2 Q4 HISTORY & PHILOSOPHY OF SCIENCE
V. Maslak, Yevheniia Lashko, O. Chencheva
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引用次数: 1

Abstract

The article examines the studies of the bayonet fragment with severe damages of metal found in the city Kremenchuk (Ukraine) in one of the canals on the outskirts of the city, near the Dnipro River. Theoretical research to study blade weapons of the World War I period and the typology of the bayonets of that period, which made it possible to put forward an assumption about the possible identification of the object as a modified bayonet to the Mauser rifle has been carried out. Metal science expert examination was based on X-ray fluorescence spectrometry to determine the concentration of elements in the sample from the cleaned part of the blade. Analysis of the chemical composition showed that the blade was made of hardened carbon steel alloyed with silicon, chromium, manganese, nickel and copper. Measure results of the chemical composition of the object correspond to steel for castings of grade 55L with an average blade hardness of 42 HRC. Manufacturing technology of the casting corresponds to the end of the XIX – the beginning of the XX century with the use of converter production. The bayonet blade was subjected to strengthening heat treatment in the form of hardening and medium tempering. Metallographic analysis showed that the research object of blade fragment suffered corrosion cracking between crystals or along the body of grains, indicating a long stay in silty deposits. The identification of the research object has been carried out using applied technologies based on visual inspection with a description of the state of conservation and comparison with the results reflected in scientific periodicals; metal science expertise; determination of weight and size characteristics and their compliance with the original, including experimental reconstruction, which identifies the preserved fragment with the original drawing at the control points. A comparison of the chemical composition of the blade steel and the “Haenel” steel, differing in concentration and additional alloying elements has been made. The remains of the royal monogram imprint of the stamp and the absence of the regimental stamp have become the basis for searching through catalogs of registered bayonets. This allowed the identification of the object under study as part of the German imperial modified bayonet model 1898/1905 for the Mauser rifle, which was manufactured in the period from 1915 to 1918. Prospects for further research are seen in an increase in the number of metal science examinations for more accurate identification of discovered specimens.
以SG 98/05刺刀为例,对毛瑟步枪基于金属科学的有刃武器的鉴定进行了理论和实践方面的研究
本文研究了在克列缅丘克(乌克兰)城市郊区的第聂伯罗河附近的一条运河中发现的带有严重金属损伤的刺刀碎片。对第一次世界大战时期的刀片武器和该时期刺刀的类型学进行了理论研究,从而提出了可能将该物体识别为毛瑟步枪改良刺刀的假设。金属科学专家检查基于x射线荧光光谱法来确定叶片清洁部分样品中的元素浓度。化学成分分析表明,叶片是由硬化碳钢与硅、铬、锰、镍和铜合金制成的。该物体的化学成分测量结果对应于55L级铸件用钢,叶片平均硬度为42 HRC。铸件的制造技术对应于十九世纪末——二十世纪初用转炉生产。对卡口叶片进行了淬火和中回火的强化热处理。金相分析表明,叶片碎片的研究对象在结晶之间或沿晶粒体发生腐蚀开裂,表明其在粉质沉积物中停留时间较长。研究对象的鉴定采用了基于目视检查的应用技术,描述了保护状况并与科学期刊上反映的结果进行了比较;金属科学专业知识;确定重量和尺寸特征及其与原件的一致性,包括实验重建,在控制点将保存的碎片与原始图纸识别。比较了叶片钢和“Haenel”钢的化学成分,不同的浓度和附加的合金元素。这枚刺刀上残留的皇家字母组合印记和团徽的缺失已经成为搜索注册刺刀目录的依据。这使得被研究的物体被确定为德国帝国1898/1905年毛瑟步枪的改良刺刀模型的一部分,该刺刀是在1915年至1918年期间制造的。进一步研究的前景是增加金属科学检查的数量,以便更准确地识别发现的标本。
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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来源期刊
History of Science and Technology
History of Science and Technology Arts and Humanities-Museology
CiteScore
0.80
自引率
33.30%
发文量
11
审稿时长
8 weeks
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