平流层飞艇的设计与能量系统

P. SkalskI
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引用次数: 0

摘要

本文对平流层飞艇的不同结构和概念的研究进展进行了综述。平流层具有大气稳定、垂直对流弱的特点,是部署高空平台的理想位置。因此,平流层飞艇的研究成为近年来各国关注的焦点。全世界都对平流层飞艇感兴趣,许多项目已经启动。通过这些项目的研究和实验可知,抗风动力定位是飞艇长航时站位保持的关键问题,与飞艇的空气动力学性能密切相关。因此,平流层飞艇的气动设计吸引了众多航天工程师的研究。平流层飞艇的应用涉及国土资源观测、海洋监测、空间观测、大气测量、环境保护、军事侦察监视等领域。平流层飞艇是未来飞机发展的重要方向之一,它将满足昼夜循环超长持续飞行的需求。本文对平流层飞艇的不同结构和概念的研究进展进行了综述。平流层具有大气稳定、垂直对流弱的特点,是部署高空平台的理想位置。因此,平流层飞艇的研究成为近年来各国关注的焦点。全世界都对平流层飞艇感兴趣,许多项目已经启动。通过这些项目的研究和实验可知,抗风动力定位是飞艇长航时站位保持的关键问题,与飞艇的空气动力学性能密切相关。因此,平流层飞艇的气动设计吸引了众多航天工程师的研究。平流层飞艇的应用涉及国土资源观测、海洋监测、空间观测、大气测量、环境保护、军事侦察监视等领域。平流层飞艇是未来飞机发展的重要方向之一,它将满足昼夜循环超长持续飞行的需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design and Energy Systems of Stratospheric Airships
In this paper the comprehensive review of the research and development done on different constructions and concepts of stratospheric airships. The stratosphere, with the characteristic of stable atmosphere and weakly vertical convection, is the ideal location to deploy, aerial platforms. Therefore, study in the stratospheric airship becomes the focus in many countries in recent years. There has been worldwide interest in stratospheric airships and many projects have been launched. Through the researches and experiments of these projects, it is known that the wind-resistant dynamic positioning is the key problem for long-endurance station keeping, which is closely related to the airship aerodynamics. Therefore, the aerodynamic design of stratospheric airships has attracted many aerospace engineers to explore it. The application of stratospheric airships involves land and resources observation, ocean monitoring, space observation, atmosphere measurement, environmental protection, military reconnaissance and surveillance, etc. Stratospheric airship, as one of the important development direction of future aircraft, would meet the demand of diurnal cycle ultra-long duration flight. In this paper the comprehensive review of the research and development done on different constructions and concepts of stratospheric airships. The stratosphere, with the characteristic of stable atmosphere and weakly vertical convection, is the ideal location to deploy, aerial platforms. Therefore, study in the stratospheric airship becomes the focus in many countries in recent years. There has been worldwide interest in stratospheric airships and many projects have been launched. Through the researches and experiments of these projects, it is known that the wind-resistant dynamic positioning is the key problem for long-endurance station keeping, which is closely related to the airship aerodynamics. Therefore, the aerodynamic design of stratospheric airships has attracted many aerospace engineers to explore it. The application of stratospheric airships involves land and resources observation, ocean monitoring, space observation, atmosphere measurement, environmental protection, military reconnaissance and surveillance, etc. Stratospheric airship, as one of the important development direction of future aircraft, would meet the demand of diurnal cycle ultra-long duration flight.
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