1.
The reform finally resulted in Li-Jia Institution.
这些改革，最终导致了里甲制度的产生。
2.
On the Innovation of Revenue System in the Former Period of Qing Dynasty and the Decline of Lijia System;
论清代前期赋役制度的变革与里甲制度的衰落
3.
Registration of Residents and Sense of Identity:The Introduction of the Li and Jia System in Hainan and the Transformation of Local Society in the Early Ming Dynasty;
编户齐民与身份认同——明前期海南里甲制度的推行与地方社会之转变
4.
Methanol Concentration Control Strategies for Direct Methanol Fuel Cells
直接甲醇燃料电池的甲醇浓度控制方法
5.
Fabrication of the Formaldehyde Gas Sensor and Study of Its Sensitivity;
甲醛气敏元件研制及灵敏度特性研究
6.
Research on the Baojia System in Hubei Province (1927 to 1937);
民国时期湖北保甲制度研究（1927-1937）
7.
Analyzing the Practice of the Bao-jia System in Gansu During National Government Period;
国民政府时期甘肃保甲制度推行透析
8.
There is a speed limit here.
这里有一个限制速度。
9.
Paths to China s Xiang Li System Research;
中国乡里制度研究的路径——读《中国乡里制度》
10.
THE STUDY OF THE PREPARATION OF CARBOXYMETHYL STARCH OF HIGH DEGREE OF SUBSTITUTION AND HIGH VISCOSITY
高取代度、高粘度羧甲基淀粉醚制备的研究
11.
Control and Counteraction-a Study of the Bao-Jia System in Gansu during National Government Period;
控制与消解—国民政府时期甘肃保甲制度研究
12.
Preparation and Study of Gradient Materials of Organosilicon Polymer-Poly (Methyl Methacrylate);
有机硅聚合物—聚甲基丙烯酸甲酯梯度材料制备研究
13.
Preparation and Research of Gradient Materials of Organosilicon Polymer-Poly (Methy1 Methacrylate);
有机硅聚合物-聚甲基丙烯酸甲酯梯度材料制备研究
14.
Preparation of Carboxymethyl Corn Starch with a High Degree(DS=2.20) of Substitution by One-step Carboxymethylation
一次羧甲基化制备高取代度(DS=2.20)羧甲基玉米淀粉
15.
The Preparation of High Viscosity Methyldiphenyl RTV Silicone Rubber
高粘度二甲基二苯基室温硫化硅橡胶制备
16.
Synthesis of Carboxymethyl Starch with High DS by Dry Method and Its Application Performance Research;
干法制备高取代度羧甲基淀粉及应用性能研究
17.
Reaction Mechanisms and Characteristics of Methane Generation During Pyrolysis of Different Rank Coals;
不同变质程度煤热解甲烷生成特征及反应机制
18.
Investigation of Methane Concentration Multipoint Detection Network System with High Speed;
高速多测点甲烷浓度网络监测系统的研制