超高空

那架飞机在高空飞行.超高空飞行超高空飞行

The plane is high in the sky . super high altitude flight

超高空飞行超高空飞行空空的大厅里发出回声。

Super high altitude flight The empty hall echoed .

该技术的研究对于超高空观测平台飞行和姿态控制系统仿真具有极高的应用价值。

The research in the thesis has significant application values in flight and attitude control system simulation of high altitude platforms .

超高空观测平台是一种工作于平流层，可装载一定有效载荷的能够长时间定点悬停的工作平台。

The high altitude platform is a kind of operation platform with certain payload hovering in the stratosphere for a long duration .

这种飞艇采用了新型的蒙皮材料和全新的骨架结构设计，并采用独特的升空方式，为超高空飞艇提供了一条全新的解决途径。

The new type deployable airship can adopt new envelop material and frame system , which gives a new way to make high attitude airship low cost .

在平台姿态控制的基础上，对超高空观测平台悬停于平流层进行定点控制，定点悬停位置控制系统设计包括垂向位置控制设计、前向位置控制设计和侧向位置控制设计。

Based on the attitude control system , the hovering control system is built including vertical position controller , the forward position controller and the lateral position controller .

结合广州大学城华南理工大学图书馆音乐厅超高空椭圆倒锥体结构施工，对椭圆倒锥体的测量控制方法、结构施工技术进行了探讨和总结。

Based on construction of super high inverted cone ellipse structure of odium of library in South China Technology University , survey control methods and construction technologies of inverted cone ellipse structure are discussed .

这样就避免了巨型铸钢节点在超高空进行异种钢材焊接，很大程度上保证了巨型铸钢节点在超高空的焊接质量。

Then different steels welding of the huge cast steel joint can be avoided in the extremely high altitude , which guarantees the welding quality of the huge cast steel joint to a certain extent .

本文研究对象为采用平流层飞艇形式的超高空观测平台，重点研究了平台的柔性特性和质量特性对平台动力学特性的影响，并对执行机构的配置位置提出了优化方案。

The research object in the thesis is a high altitude platform taking the form of the stratospheric airship . The research focuses on the influences of dynamic properties caused by the mass changes and the fuselage flexibility .

超高空观测平台具有承载大载荷在近空间长时间定点悬停的能力，可用于对地观测、导航和制导，是目前世界各国的研究热点。

Due to its ability to hover at stratosphere carrying heavy payload for long endurance , high altitude platform can be used in observation , navigation and guidance , and it is the hot point to research in the world at present .

通过对巨型铸钢节点超高空安装技术进行研究，在安装工艺以及分析方法等以下四个方面取得了创新和突破：①巨型铸钢节点的二次制作。

Through researching the installation technique of the extremely high altitude huge cast steel joint , there are four innovation and breakthroughs in installation process and analysis method of huge cast steel joint : ① Second fabrication of the huge cast steel joint .

液压同步提升技术是满足超大型、超高空提升结构的工程需求而发展的新型现代施工技术。

Hydraulic synchronization lifting technology is newly developed to meet the demands of super lifting of super large structure .

高真空超绝热低温容器超高空飞行超高空飞行

Super high altitude flight

超碱岩，超基性岩超高空飞行超高空飞行

Ultrabasic rock super high altitude flight