1.
Analysis of Zero Anaphora in Legal Style-Compared with the Art Style
法律语体零形回指分析—兼与文艺语体零形回指比较
2.
The Psycholinguistic Research of Chinese Zero-anaphora Resolution;
汉语零形回指消解的心理语言学研究
3.
A Study of Zero Anaphora Based on Discourse Anaphora Resolution Principle--An Analysis of Zero Anaphora in "The Scholar";
基于篇章回指确认原则的零形回指研究——《儒林外史》中的零形回指分析
4.
The Study on Acquisition of Zero Anaphora in Foreign Students Narrative Texts;
留学生汉语叙事语篇零形回指的习得研究
5.
The Chinese Uighur Spoken Language Zero Shape Returns Refers to the Contrast Research:--Take the Novel Native land as the example;
汉维语零形回指对比研究——以小说《故土》为例
6.
Zero Anaphora Resolution in Chinese: A Study Based on Centering Theory;
汉语零形回指解析——基于向心理论的研究
7.
Constraints on Zero Anaphora in the Objective Clauses of the Chinese Verb "SHUO;
制约“说”的宾语小句主语零形回指的因素
8.
Analysis of Zero Anaphora of the Report on the Work of the Central People's Govermont Nearly a Decade
近十年中央政府工作报告中的零形回指分析
9.
A Contrastive Study of Third-person Zero Anaphora in Naturally-Occurring and Planned Chinese Conversation;
汉语自然会话与非自然会话中的第三人称零形回指对比研究
10.
The Research on the Differences of Zero-anaphora and Noun-anaphora in Political Comment Style and Artistic Style;
政论语体和文艺语体中零形回批和名词回指的差异研究
11.
If it conveys given information, a topic is at the beginning of a sentence, and it appears in the form of a noun phrase, a pronoun or zero anaphor expressing definiteness.
当它传递已知信息时,一般位于语句的开头,其形式为表示特指的名词短语、代词或无形的零回指;
12.
The pointer of the ampere-hour meter moves from zero to two and goes back to zero again.
安培小时计的指针先从零转到2，然后又回到零。
13.
reset a dial, gauge, control, etc at zero
把刻度盘、 仪表、 控制器指针拨回至零位.
14.
The galvanometer indicated a voltage, then dropped to zero.
这时，电流计指示出一个电压，然后，指针又回了零。
15.
An Analysis of Zero Anaphora in Chinese Prose from Activation-Spreading Model;
中国散文中零回指信息的激活模式分析
16.
Research of identification and restoration of zero-anaphora Chinese abbreviations
对零回指缩略语的识别与还原技术初探
17.
Springback analysis study of shrink flanging in rubber fluid forming
凸弯边零件液压橡皮成形回弹数值模拟分析
18.
Design of Die Face for Springback Part by Geometry Compensating
基于几何补偿的回弹零件模具形面设计