1.
Application of Hydraulically Powered Chainsaws in Logging Technology and Equipment
液压驱动链锯在采伐技术装备上的应用
2.
Study on Theory and Technology of Forest Ecological Harvesting Planning at Landscape Level in Northeast Over-cutting Forest Area;
东北过伐林区森林景观生态采伐规划理论与技术研究
3.
Study on Ecological Logging and Regeneration Techniques for Spruce-Fir Forests in Changbai Mountain;
长白山云冷杉林生态采伐更新技术研究
4.
The Research of the Artificial Regeneration Integrated Technology on the Straw Mattress and Marshy Cutover;
草甸化沼泽化采伐迹地人工更新整合技术研究
5.
Study on Application of Virtual Prototype Technology in the Design of Harvesters
虚拟样机技术在联合采伐机设计中的应用研究
6.
Study on the Growth Modeling and Technical System of Ecology-based Harvesting and Regeneration for Larch and Spruce-Fir Stands;
落叶松云冷杉林生长模拟及生态采伐更新技术体系研究
7.
Development Course of Forest Harvesting Management Techniques of the Key State-Owned Forest Areas in Jilin Province;
吉林省重点国有林区森林采伐经营技术发展历程解析
8.
Analysis of Harvester's Static Stability Based on Virtual Prototyping Technology
基于虚拟样机技术的联合采伐机静态稳定性分析
9.
Technology transfer will continue at an ever increasing pace.
技术转让总会保持不断加快的步伐。
10.
FIRMLY GRASPING ENERGY-SAVING TECHNICAL TRANSFORMATIONS TO QUICKEN THE DEVELOPMENT STEP OF ENTERPRISE
狠抓节能技术改造 加快企业发展步伐
11.
See straight the devebgment current of technology to speed the technical enovation of enterprise;
看清技术发展方向,加快企业创新步伐
12.
Chapter Five Forest Cutting
第五章 森林采伐
13.
Improving Extraction Technology By the Support of Comprehensive Mining;
普通综采支架加大采高回采技术实践
14.
Research and Application of Full-mechanized Caving Mining with High Mining Height in Huaibei Mining Area
淮北矿区大采高综采放顶煤开采技术
15.
(5) Supporting Important Technical Renovations and Quickening the Pace of Industrial Upgrade.
(五)支持重点技术改造,加快产业升级步伐。
16.
A successful company must keep up with the pace of technological change.
一家成功的公司必须得跟上技术变革的步伐。
17.
The Research of Robot Design Theory and Practical Technique for Excavating Stump;
伐根清理机器人设计理论与应用技术的研究
18.
The Study on Environmental Friendly Compound Modified Technology of Thinning Wood Lumber Used in Garden;
园艺用杉木间伐材环保型复合改性技术的研究