1.
Benefit Research of Dryland Mechanization Conservation Tillage Technology in SHANXI;
山西旱地机械化保护性耕作技术效益研究
2.
Study on Runoff and Water Balance Model under Mechanized Conservation Tillage for Dryland Farming
旱地机械化保护性耕作径流与土壤水分平衡模型试验研究
3.
Issue of heap construction for mechanized gold extraction by heap leaching process in arid and windy area
在风大干旱地区机械化堆浸提金的筑堆问题
4.
The Technology Study of Mechanical Conservation Tillage for the Red Hillside Fields in YUNNAN;
云南红壤旱耕地机械化保护性耕作技术研究
5.
Study of the Mechanically Protecting Tillage System for Wheat in Weibei Dryland Region;
渭北旱地小麦机械化保护性耕作体系研究
6.
Study on the Culture Technology of Potato for Drought Resistance with Mechanization
马铃薯机械化抗旱栽培技术试验研究
7.
Approach to Maize Cutivation Technology of Mechanized-hole-irrigation Plastic-film-mulch in Dryland Northern Shanxi
晋北旱地玉米机械穴灌地膜覆盖种植技术探讨
8.
Research on Sustainable Develpoment of Mechanized Drought-farm of Shanxi Province;
山西省机械化旱作农业可持续发展的研究
9.
Qiqihaer city dry farming technology condition and development countermeasure;
齐齐哈尔市旱作农业机械化技术现状与发展对策
10.
Study on the Effects of Land Fragmentation on the Agricultural Mechanization
耕地细碎化对农业机械化的影响研究
11.
Integrating Water Conservation and Planting Patterns in Dryland and WUE Enhanced Mechanism;
旱地保水与种植一体化模式及提高WUE机制分析
12.
The Response Mechanism of Stress of Soil Salinizationon Apple Tree in Arid Region;
干旱地区果树对土壤盐渍化胁迫的响应机制
13.
This clearly shows the advantage of mechanized farming.
这清楚地说明了了机械化耕作的好处。
14.
petrochemical and geological exploration machinery
石油化工及地质探矿机械
15.
We alternate mechanical with chemical treatment.
我们交替地进行机械和化学处理。
16.
Make use of chemical energy effectively, and transform it into mechanical energy.
有效地利用化学能, 使其转换成机械能。
17.
Mechanization development in Chinese underground metallic mines
我国地下金属矿山采场机械化的发展
18.
Boosting Agricultural Mechanization Level Fine and Quickly;
又好又快地提高我国农业机械化水平