2) interact phenomenon
融合现象
1.
Owing to the long term influence of colonial culture, she has interact and influence of China\'s traditional culture, Japan\'s culture and Western culture, I will probe into the interact phenomenon of this culture, an impact on Taiwanese artists in the thesis.
由于经过长期殖民文化的影响,她有着中国传统文化、日本文化与西方文化的融合与影响,本人将在论文中探讨此一文化的融合现象,对台湾艺术家们的影响。
3) polysemy
[英]['pɔli,si:mi] [美]['pɑlɪ,simɪ]
一词多义现象
1.
From the perspective of polysemy in English and the influence of prototype theory on the formation and its teaching method,this paper attempts to exhibit that prototype theory plays an effective role in the cognitive activity of human beings,thus promoting the integration of this theory with t.
本文以英语中一词多义现象为切入点,意在通过原型理论对我们研究多义词的形成和教学方法所给予的启示来揭示原型理论在人类认知过程中所发挥的重要作用,从而推动原型理论与英语教学实践的有机结合。
2.
It belongs to the field of semantics and the study of polysemy has long been focused on by scholars of linguistics, literature and philosophy.
一词多义现象属于语义范畴,普遍存在各种语言中,长期以来备受语言学家,文学家和哲学家的关注。
3.
Therefore, they fail to reveal the essence of it and to give a satisfactory explanation of the linguistic phenomenon of polysemy.
长期以来,一词多义现象一直是词汇语义研究的热门话题之一。
4) the "contagion" of word meaning
词义"感染"现象
1.
Through the analysis of the "contagion" of word meaning and the change of semantic scope in semantic field, this paper holds the view that the change of word meaning is the result of the change of the two types of structural relations of linguistic signs-syntagmatic relation and paradigmatic relation-in practical language use.
通过对词义“感染”现象和语义场中语义空间分布上的变化的分析,说明词义变化是语符间存在的两种结构关系──组合关系和聚合关系──在语言实际运用过程中变化的结果。
5) On the Polysemy
论一词多义现象
6) Creation and Annihilation
生成融合现象
补充资料:类质同晶现象
分子式:
CAS号:
性质:若两种物质的化学性质相近、化学组成相似、结晶点阵型式相同,在形成结晶时可以互相置换,称为异质同晶现象,亦称类质同晶现象。混晶体有时可按任何比例形成,有时组成范围有限。BaS04-RaS04-H2O体系全面满足前述3个条件,可形成真正的混晶。BaSO4与KMnO4虽然化学性质不相似,但结晶结构及化学组成相似,亦可形成混晶,但微量组分量必须高于某一下限。LaF3-RaF2-H2O体系中LaF3与RaF2不满足上述3个条件中的任何1个,但也可形成混晶,称为反常混晶。
CAS号:
性质:若两种物质的化学性质相近、化学组成相似、结晶点阵型式相同,在形成结晶时可以互相置换,称为异质同晶现象,亦称类质同晶现象。混晶体有时可按任何比例形成,有时组成范围有限。BaS04-RaS04-H2O体系全面满足前述3个条件,可形成真正的混晶。BaSO4与KMnO4虽然化学性质不相似,但结晶结构及化学组成相似,亦可形成混晶,但微量组分量必须高于某一下限。LaF3-RaF2-H2O体系中LaF3与RaF2不满足上述3个条件中的任何1个,但也可形成混晶,称为反常混晶。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条