1) restrictive relative clause
限制性关系从句
4) nominal relative clause
名词性关系从句
1.
The deep structure of the nominal relative clause is different from its surface structure.
名词性关系从句的深层结构与其表层结构不一致。
5) relative clause
关系从句
1.
Choosing the English relative clause as the target structure,the present study does empirical research on effects of output and self-correction on the grammatical accuracy.
以英语关系从句为目标语结构,对输出和自我改正对语法准确性产生的影响进行了实证研究。
2.
The strategies of English and Chinese relative clauses(RC) processing are studied through self-paced reaction time experiment.
本研究通过反应时系统实验来探讨英汉关系从句加工策略问题。
3.
This paper discusses the processing of English RC(relative clause) attachment ambiguity by native speakers and ESL learners whose native languages are of the same language family with English from a cognitive perspective based on an analysis of the main factors related to sentence processing.
本文从分析影响句子加工的几个主要因素入手,讨论以英语为母语者以及其母语与英语为同一语系的ESL学习者处理含挂靠歧义的英语关系从句的认知过程。
6) relative clauses
关系从句
1.
Accessibility hierarchy hypothesis and Chinese learners’ acquisition of English relative clauses;
AH假设对中国学生习得英语关系从句预测性的实证研究
2.
On the basis of studying Chinese English learners’ understanding competence and productivity of relative clauses and ability of processing sentences, this paper finds that there is a great difference between producing procedure and understanding procedure, which leads to a conclusion that the more complicated the sentence is, the more difficult the productivity is.
通过对中国英语学习者关系从句的理解和产出行为的考察,探讨学习者句子的加工能力。
3.
This is an empirical study on Chinese learners acquisition of six types of relative clauses inserted in matrix subject position and matrix object position,with the purpose to test the predictions of previous research hypotheses such as Accessibility Hierarchy Hypothesis(AHH), Perceptual Difficulty Hypothesis(PDH)and SO Hierarchy Hypothesis(SOHH).
本研究是一项关于中国学生习得嵌入主语、宾语位置的六类英语关系从句的实证研究,旨在检验已有的关于关系从句的三个假设:可层级性递进阶假设,感知难度假设以及主语宾语层级假设。
补充资料：限制
分子式：
CAS号：
性质：一种保护细菌细胞不受外源DNA侵入的作用，通过限制性内切酶实现。该酶对双链DNA进行定点剪切。通常合成限制性内切酶的细胞由于还能合成识别同样位点的修饰酶而使细胞本身的DNA结构进行修饰，如甲基化而受到保护。当细菌受到噬菌体感染，而噬菌体DNA事先未经修饰，则这未经修饰的外来噬菌体DNA被切成小片段，再进一步为外切核酸酶所降解。未经修饰的噬菌体DNA引起感染的可能性比修饰过的噬菌体DNA要小几个数量级。
CAS号：
性质：一种保护细菌细胞不受外源DNA侵入的作用，通过限制性内切酶实现。该酶对双链DNA进行定点剪切。通常合成限制性内切酶的细胞由于还能合成识别同样位点的修饰酶而使细胞本身的DNA结构进行修饰，如甲基化而受到保护。当细菌受到噬菌体感染，而噬菌体DNA事先未经修饰，则这未经修饰的外来噬菌体DNA被切成小片段，再进一步为外切核酸酶所降解。未经修饰的噬菌体DNA引起感染的可能性比修饰过的噬菌体DNA要小几个数量级。
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