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Missions and Vehicle Concepts for Modern, Propelled, Lighter-than-Air Vehicles.

机译：现代，推进，轻于空气的车辆的任务和车辆概念。

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The primary purpose of this AGARD report is to survey the results of studies, conducted over the last 15 years, to assess missions and vehicle concepts for modern propelled lighter-than-air vehicles. The report includes sections on utilization of these vehicles for patrol and surveillance, vertical heavy-lift, high altitude platforms and transportation missions.

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作者
Ardema, M. D.;
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年度 1985
页码 1-52
总页数 52
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Airships; Airborne; Surveillance; Patrol aircraft; Transportation; High altitude; Propulsion systems; Foreign technology; Lighter than air vehicles; NATO furnished;

机译：飞艇;空降;监视;巡逻机;运输;高空;推进系统;国外技术;比空中交通工具轻;北约提供;

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专利

1. Analysis?of design concepts on the basis of selected designs for two-wheeled?vehicles. [J] . Grzegorz SZALA, Romuald FAJTANOWSKI, Piotr GRYGORKIEWICZ Scientific Journal of Silesian University of Technology: Series Transport . 2018,第1期

机译：根据选定的两轮车设计分析设计概念。
2. Range and Endurance Analysis of a Conceptual Lighter-than-air All-electric Unmanned Aerial Vehicle [J] . M.Z. Hasni@Mohd Zikri, E. Gires, A.S.M. Harithuddin Journal of Aeronautics Astronautics and Aviation . 2020,第1期

机译：一种概念轻于空的全电动无人机的航程和续航力分析
3. Range and Endurance Analysis of a Conceptual Lighter-than-air All-electric Unmanned Aerial Vehicle [J] . M. Z. Hasni@Mohd Zikri, E. Gires, A. S. M. Harithuddin Journal of Aeronautics, Astronautics and Aviation, A . 2020,第1期

机译：概念性较轻的全电动无人驾驶飞行器的范围和耐久性分析
4. TENSAIRITY CONCEPT APPLIED TO LIGHTER-THAN-AIR VEHICLES FOR LIGHT-WEIGHT STRUCTURES [C] . Anna Sunol, Dean Vucinic, Lars De Laet ASME International Mechanical Engineering Congress and Exposition . 2015

机译：Tensairity概念适用于轻型结构的轻型车辆
5. Implementing influence diagram concepts to optimize border patrol operations using unmanned aerial vehicles. [D] . Karki, Ashish. 2014

机译：实施影响图概念，以优化使用无人机的边境巡逻操作。
6. Loligomers: design of de novo peptide-based intracellular vehicles. [O] . K Sheldon, D Liu, J Ferguson, 1995

机译：寡聚物：基于从头肽的细胞内载体的设计。
7. Dynamic behavior of crawler-type vehicles. (1st report. The theoretical study on straight propelling). [O] . Hiroyuki SOGO, Hiroshi ITO, Mitsuhiko HASEGAWA, 1991

机译：履带式车辆的动态行为。（第一个报告。直接推动的理论研究）。

Missions and Vehicle Concepts for Modern, Propelled, Lighter-than-Air Vehicles.

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