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Lexical Characteristics and Translation Strategies of Rubber and Plastic Industry Terms
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作者 XIA Xiao-yu 《Journal of Literature and Art Studies》 2024年第10期861-866,共6页
As a key part of the manufacturing industry,the rubber and plastic industry is widely used in a variety of fields such as automotive manufacturing,construction materials,and electronics.With technological innovation,g... As a key part of the manufacturing industry,the rubber and plastic industry is widely used in a variety of fields such as automotive manufacturing,construction materials,and electronics.With technological innovation,global economic growth and infrastructure construction driving the demand for rubber and plastic materials,rubber and plastic materials play an important role in various fields,and accurate translation of the industry’s terminology is also crucial for international communication.The purpose of this paper is to explore in depth the lexical features of rubber and plastic industry terminology,including strong specialization,specialization of common vocabulary,and diversity of word formation.In view of these lexical features,relevant Chinese translation strategies are discussed to ensure the accuracy,specialization and comprehensibility of the translation of rubber and plastic industry terms. 展开更多
关键词 rubber and plastic industry terms lexical feature translation strategy
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The abnormal behavior of polymers glass transition temperature increase and its mechanism 被引量:2
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作者 WANG Xiang QI GuiCun +4 位作者 ZHANG XiaoHong GAO JianMing LI BingHai SONG ZhiHai QIAO JinLiang 《Science China Chemistry》 SCIE EI CAS 2012年第5期713-717,共5页
In terms of the classical theory in textbooks, the two components with phase separation in a binary polymer blend will, depending on their compatibility, have their respective Tg get closer or remain in their original... In terms of the classical theory in textbooks, the two components with phase separation in a binary polymer blend will, depending on their compatibility, have their respective Tg get closer or remain in their original values. According to the classical theory, the Tg of plastic component shall remain unchanged or move toward the lower Tg of rubber component in a rubber/plastic blend. However, ultra-fine full-vulcanized powdered rubber (UFPR) with a diameter of ca. 100 nm can simultaneously increase the toughness and the Tg of plastics, which is abnormal and is difficult to explain by classical theory. In this feature article, the abnormal behavior and its mechanism are discussed in detail. 展开更多
关键词 rubber/plastic blend glass transition temperature ultra-fine full-vulcanized powdered rubber (UFPR) MECHANISM INTERFACE
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