古弗里斯兰复合词:亲属术语

K. Pospelova
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引用次数: 1

摘要

复合和派生是世界语言中最重要的构词过程之一。在日耳曼语言中,复合已经变得非常有成效(m ller, 2015)。与对其他古日耳曼语言的研究相反,对古弗里斯兰语(OFr)的复合语尚未进行全面研究。与邻近的语言不同,在最全面的关于古日耳曼名词复合词的书中,只有少量的OFr词素出现(Carr, 1939)。亲属术语的语义场包括语言词汇所反映的基本概念。很多OFr亲属术语都是复合词。本文提出的问题是用什么组合模型来构建OFr亲属术语:(1)根据梵语分类,(2)根据作为组成成分的词类,(3)根据组成成分之间的语义联系。为了做到这一点,复合结构被分解成成分,然后正式分析。统计分析反映了复合模式的生产力和趋势之间的平衡。然后,将形式数据与复合词中识别的语义模式进行比较。最终目标是评估形态和语义层次之间的互连程度。这些数据可以用来比较OFr和相关的古日耳曼语言的趋势,以便为日耳曼语的复合理论做出贡献。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Old Frisian compounds: kinship terms
Together with derivation, compounding is one of the most important word-building processes in the world languages. In the Germanic languages, compounding has become extremely productive (Müller, 2015). As opposed to studies in other Old Germanic languages, compounding in Old Frisian (OFr) has not been investigated in full. Unlike in the neighbouring languages, only a small number of OFr lexemes is present in the most comprehensive book on Old Germanic nominal compounds (Carr, 1939). The semantic field of kinship terms includes basic concepts reflected in the lexis of a language. A lot of OFr kinship terms are compounds. The questions posed in this paper are what compounding models are used to build up OFr kinship terms: (1) in terms of the Sanskrit classification, (2) in terms of parts of speech used as the constituents, (3) in terms of the semantic connection between the constituents. In order to do that, compound structures are split into constituents and then formally analyzed. Statistical analysis reflects the productivity of compounding patterns and the balance between the trends. Thereafter, the formal data are compared to the semantic patterns identified within the compounds. The end goal is to assess the degree of the interconnection between the morphological and semantic levels. The data can be used to compare the trends in OFr and in the related Old Germanic languages in order to contribute to the theory of compounding in Germanic.
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