aerostat

Using aerostat to increase ability of detecting and warning in near space

利用浮空器提高临近空间的探测预警能力

The Defense Application and Development Trend of Aerostat

浮空器在军事斗争中的应用及发展趋势

Engineering research on aerostat pressure control system

浮空飞行器压力调节控制系统工程研究

Design of Area Radar Intelligence Transmission System Based on Aerostat Borne Radar Platform

基于气球载雷达平台区域雷达情报传输系统设计

Transient thermal response of a spherical aerostat in rising process was studied based on this model .

通过建立平流层浮空器的热模型，对球形浮空器升空过程中的瞬态热响应进行了数值模拟。

A Simulating Analysis Model for Spiral Bevel Gear Meshing in Aerostat Reducer

航空减速器弧齿锥齿轮啮合仿真模型

The result shows that the method has a reference value in the aerostat ballonet design .

结果表明，本文方法对浮空器副气囊的设计有一定参考价值。

Thus , an efficient analysis tool is proposed for the study of aero elastic characteristics of aerostat .

这为浮空器气动弹性问题的研究提供了一种有效的分析工具。

Hydrogen Energy Application in Aerostat

氢能在航空器上的应用

Surplus-Payload Design of Tethered Aerostat from Helium Gas Service Engineering

从氦气保障工程谈浮空器有效载荷的余量设计

Analysis of Longitudinal Stability for Tethered Aerostat

系留气球纵向稳定性分析

Floating Membrane Structure is a new type of Membrane Structure which produces by introducing aerostat concept into the field of Membrane Structure .

浮空膜结构是将航空领域中的浮空器理念引入建筑膜结构领域而产生的一种新型膜结构形式。

In this paper the design of surplus payload of aerostat is presented , based on calculation analysis of helium gas service engineering .

本文通过氦气保障工程的分析计算，提出了浮空器有效载荷的设计余量。

Defense contractor Raytheon has worked with the Army on battlefield aerostat systems .

国防承包商雷声公司已与美国陆军的战场浮空器系统。

Time-domain response analysis of a tethered aerostat

系留气球时域响应分析

This method is used to evaluate the effectiveness of aerostat radar simulative training system , which provides a good attempt for the application in future .

通过在球载雷达模拟训练系统效能评估中应用，证明了方法的可行性，为该方法的进一步应用提供有益的探索和尝试。

The ability of intercepting and tracking for air defense antimissile system can be effectively improved by top observation with aerostat .

利用浮空器进行俯视观测可有效提高防空反导系统的截获、跟踪目标能力。

Aerostat is one of lifted-up platforms of radar .

浮空器是雷达的升空平台之一。

Study of pur-t / pa6 / pur-t multilayer films for making the envelope of aerostat

浮空器囊体材料用PUR-T/PA6/PUR-T复合膜的研制

Explosion experiment of the spray area in the spraying of the civil aerostat Aerostat Simulate Flight-Test Technic

民用航空器喷漆作业时喷枪喷射流区域的爆炸试验

Pressure control system is one of the most essential and important systems for an aerostat , the engineering design of which may directly relate to its security and capability .

压力调节控制系统是浮空型飞行器最基本、最重要的组成部分之一，其工程设计直接关系到浮空平台的安全和性能。

The area-coverage deployment of aerostat platforms is to ensure the coverage rate , overlapping rate and the balance of platform amount .

保证对区域目标的覆盖率、重叠率以及部署平台数量的均衡是浮空平台对区域覆盖部署的重要工作。

Tethered aerostat doesn 't have dynamic devices , and it suspends on the upper space by buoyancy and cable'pull .

系留气球不具有动力装置，靠浮力和缆绳的拉力作用悬浮于高空中。

Tethered aerostat borne radar system is an integrated information system , in which the tethered aerostat is the carrying platform and the radar is the mission system .

系留气球载雷达系统是以系留气球为搭载平台，以雷达为任务系统的一种综合信息系统，在军事和民用领域有着广阔的应用前景。

On the basic of introducing function of cable launch and recovery system of tethered aerostat , this paper designs main tow system and tension measure and cable align system of the system .

在介绍系留气球缆绳收放系统功能的基础上，对缆绳收放系统的主牵引系统和张力检测与排线系统进行了设计。

In this paper , the mathematic model of the aerostat ballonet is set up and the simulation analysis of the influence of the ballonet volume on the environment adaptability is accomplished .

本文通过理论推导，建立了浮空器副气囊体积的数学模型，并对浮空器副气囊体积对环境适应性的影响进行了仿真分析。

The results showed that there existed good interfacial compatibility between PUR-T and PA6.The PUR-T / PA6 / PUR-T multilayer film was suitable for making the envelope of light aerostat .

结果表明，PA6/PUR-T复合膜层间具有良好的界面相容性，研制的PUR-T/PA6/PUR-T复合膜的性能能够满足轻型浮空器囊体材料的使用要求，可用于制造浮空器囊体材料。

The stratospheric aerostat permanently stayed in the complex space environment with thin air and strong effect of ultraviolet radiation and ozone . Excellent properties like lightweight , high strength , tear resistance , high sealing and anti-aging are the key technical requirements of envelope material .

平流层浮空器长期驻留于空气稀薄、紫外线辐射和臭氧作用强的复杂空间环境中，轻质、高强度、抗撕裂、高阻隔和抗老化是其蒙皮材料的关键技术性能要求。