An on-line self-calibration method based on the model of UAV autonomous landing perfect Binding

Third, to set up a perfect binding mechanism of the investment;

建立健全技改投资约束机制；

Bridge deck overlay is a complex and comprehensive subject including bridge structure, overlay structure, overlay material and binding course material.

桥面铺装问题是一个集桥梁结构、铺面结构、铺装材料及粘结防水材料的多学科交叉的综合性课题。

Scheme Design, Tests and Researches of Waterproof Binding Course of Steel Deck Pavement

钢桥面铺装防水粘接层方案设计与试验研究

So appropriate waterproof binding course can be chosen by shear test.

因此通过抗剪切试验可以选择合理的防水粘结层。

Research on Waterproof Binding Course of Concrete Bridge Deck Pavement

桥面铺装防水粘结层抗剪性能试验研究

Strengthening of Concrete Column by Means of Spiral Reinforcement Binding Course

用螺旋筋约束柱法加固混凝土立柱

Mechanics performance of binding course system for concrete bridge deck overlay

混凝土桥面铺装粘结层体系力学性能试验研究

Primary Study of asphalt binding course applied in Concrete Road

水泥混凝土路面的沥青联接层作用初探

Design of PLC Control System of Binding Machine of Section Steel Bars

基于PLC的型钢打捆机控制系统的研制

AC System Design of Binding Machine of Adaptive Fuzzy Sliding Mode Control

自适应模糊滑模控制裹包机的交流系统设计

Fair Use Stoppage Clearing of Automatic Punching Binding Machine with Plastic Pipe

自动打孔塑管装订机的合理使用及常见故障排除

The Design of the Electrical Control System for ZD-65A Fully Automatic Binding Machine

ZD-65A型全自动装订机控制系统的设计

Rep encoded by geminiviruses has nucleic acid binding ability.

双生病毒编码的Rep具有结合核酸的能力。

Conclusion: NF-κ B DNA binding ability increase and relate to disease activity in SLE.

结论：SLE的NF-κb DNA结合活性显著升高，且与病情活动性有关。

Conclusion The AP-1 DNA binding ability was markedly increased in liver in burned mice.

结论烧伤早期引起小鼠肝组织AP-1的DNA结合活性显著增强。

The binding ability of β-cyclodextrin for disperse dyes is discussed.

文章讨论了β－CD对分散染料的包结性能。

Change of hepatic AP-1 DNA binding ability in burned mice

小鼠烧伤早期肝组织AP-1DNA结合活性的变化

The binding ability between them was not strong and could be greatly affected by pH.

两者的结合能力不强且pH对其结合能力的影响较大。

Detection of the DNA binding ability of the truncated mutants.

截断突变体DNA结合能力检测。

Following 133 hours of firing a beam of intense laser light which created nitric acid particles in the air it resulted in binding the water molecules together to create droplets.

在连续133小小时向空中发射密集激光束从而在空中制造出硝酸粒子后，空气中的水分子凝聚在一起形成了小水滴。