1.
Studies on Yield-increasing Effects of Intermittent Irrigation and Its Physiological Mechanism in Rice
干湿交替灌溉方式下水稻节水增产机理研究
2.
Study on the Mechanism of Water-Saving, Increasing Rpoduction and Its Effect under Moisture Conserving Irrigation(MCI);
保墒灌溉的节水增产机理及其效应研究
3.
Study on Percolation Irrigation Technology of Soil Water Control and Its Yield-Increasing and Water-Saving Mechanisms in Vegetable Protected Field;
保护地渗灌土壤水分调控技术及作物增产节水机理的研究
4.
The Yield Increase Mechanism of Machine Transplanted Rice and the Main High-Yield Cultivation
机插水稻增产机理及高产栽培关键技术
5.
Study of Mechanism of Increasing Yield of Water-permeability Plastic Film Mulching on Dry Land Sorghum;
旱地高粱渗水地膜覆盖增产机理研究
6.
Study on the Yield-increasing Effect and Mechanism of Plant Growth Regulator "maijian" on Wheat
植物生长调节剂“麦健”的增产效果及增产机理研究
7.
Moisture Transform Rule and Production Mechanism of Subsurface Non-Pressure Irrigation and Indirect Drip Irrigation
无压地下灌溉和间接滴灌水分运移规律与节水增产机制研究
8.
Study on Water-saving and Mechanism of Yield Response of Paddy Rice to Upland Condition;
旱作水稻节水及其产量效应机理的研究
9.
Water-saving and high-yield mechanism of tomato under different irrigation methods
不同灌水方式下番茄节水高产机理研究
10.
Application of Water Saving and Yield Increase Method by Hole Storing Water and Fertilizer in Citrus
穴贮肥水节水增产法在柑桔上的应用
11.
High Yield Mechanism Study of Temperature-increasing Technique on Rice Seedling Bed and Super-early Seeding Nurturing in Cold Area
北方寒地水稻苗床增温超早育苗高产机理研究
12.
Study on Enlarging Installed Capacity and Saving Water for Increasing Generation of Longyangxia Water PowerStation;
龙羊峡水电站扩机增容与节水增发研究
13.
Study on Mechanism of Developing Water Potential in Inner Field Rainwater Harvesting of Dryland
旱地农田微集水种植的水分生产潜力增进机理研究
14.
Impact of irrigating farmland increase production with water save on groundwater exploitation in the plain of Hutuo River basin
灌溉农田节水增产对地下水开采量影响研究
15.
MANAGEMENT AND SCIENCE TECHNIQUE DEVELOPING SIMULTANEOUSLY, WATER SAVING IMPROVING BENEFITS AND PROTECTIVE ENVIRONMENT;
管理与科技并举 节水增效保护环境
16.
Principle of Automatic Control & Hydrogenerator Regulate
自动调节原理及水轮机调节
17.
Analysis on Control Factors and Production Enhancing Mechanism of Multiple Laterals Horizontal Well in Developing CBM
多分支水平井在煤层气开发中的控制因素及增产机理分析
18.
6. We should lose no time in increasing production and economizing.
六、抓紧增产节约。