STRUCTURAL-DERIVATIONAL STUDY OF SYNONYMY, HOMONYMY, AND POLYSEMY PHENOMENA IN METALLURGICAL TERMINOLOGY

Abstract

This article provides a profound structural-derivational analysis of synonymy, homonymy, and polysemy phenomena found in English metallurgical terminology. Due to the rapid development of the metallurgical industry's terminology under the conditions of modern scientific and technological progress, studying the semantic and structural characteristics of its lexical units is of significant importance. Throughout the research, the formation sources of metallurgical terms, their derivational models, as well as the semantic relationships between terms are systematically analyzed. In the article, the phenomenon of synonymy is highlighted through the expression of metallurgical terms in alternative forms, based on their scope of application and functional differences. The phenomenon of homonymy is examined through the example of terms that possess the same form but carry different meanings, and the mechanisms of their contextual differentiation are identified. Within the framework of the polysemy phenomenon, the expression of several interrelated meanings by a single term is analyzed based on the stages of their historical and functional development. Based on a structural-derivational approach, the study investigates metallurgical terms formed through word-building methods such as affixation, composition, and conversion, revealing the processes of their semantic expansion and specialization. Furthermore, the interactions of English metallurgical terminology with the terminology of other languages, particularly the Uzbek language, and translation challenges are partially covered. The results of this article serve as a theoretical and practical basis for systematizing metallurgical terminology, accurately interpreting scientific-technical texts, and compiling terminological dictionaries.