1.
Application of Adjustable Oar Technology on Small Axial Turbine
调桨技术在小微型轴流式水轮机上的应用
2.
What is the difference between sculling and rowing?
双桨艇与单桨艇的技术有什么区别?
3.
Comparative Study on Rowing Technique of Women Single Sculls of Elite Athletes at Home and Abroad;
国内、外女子赛艇单人双桨划桨技术比较研究
4.
Specification for marine metallic propeller
GB/T12916-1991船用金属螺旋桨技术条件
5.
Research of 5-Axis Machining Technology for Large-scale Marine Propeller;
大型舰船用螺旋桨五轴加工技术研究
6.
Adaptive Independence Electrical Drive Pitch Control Technology Research;
自适应独立电动变桨距控制技术研究
7.
The Comparison And Analysis Of The Two Boating -Skills Styles;
对赛艇两种划桨技术风格的比较分析
8.
Testing and Analysis of Technique of the Guangdong Province s W4-Rowing;
广东优秀女子四人单桨技术测试分析
9.
An New Idea on Anti-icing and De-icing of Helicopter Rotor Blade
直升机旋翼桨叶防/除冰技术新思路
10.
Propeller Processing Technology Research Based on Cimatron E
基于Cimatron E的螺旋桨加工技术研究
11.
controllable pitch propeller hub
可调螺距螺旋桨桨毂
12.
Technology Development of Pulp Composite Spunlaced Technology and Product at Home and Abroad
国内外木桨复合水刺技术及产品的技术进展
13.
Kinematic characteristics of pairs' rowing technique for world elite athletes
世界优秀赛艇双人单桨运动员途中阶段划桨技术运动学研究
14.
Research on Helicopter Spherical Flexible Tail Rotor Joint Fatigue Test Technology
直升机球柔性尾桨桨毂连接件疲劳试验技术研究
15.
Application Study of Five-Coordinate Numeric-Control Machining Technology for Propeller;
螺旋搅拌桨五坐标数控加工技术的应用研究
16.
Research on the Variable Pitch Based on Elecktro-hydraulic Proportional Control Technology for Wind Turbine;
风力发电机组变桨距电液比例控制技术的研究
17.
Study on Key Technologies of Rapid Design & Manufacturing for Crystallizer Propeller;
结晶器搅拌桨快速设计与制造关键技术研究
18.
Research of the Adjustable-Pitch System Control Technology for MW Wind Turbine;
兆瓦级风力发电机组变桨距系统控制技术研究