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Proposal for Environmental Observation System for Large Scale Gas Pipeline Networks Using Unmanned Airship

机译:使用无人驾驶飞艇大规模燃气管道网络环境观测系统的提案

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Construction of a large scale natural gas pipeline network system in the Northeast Asian area has been proposed by several researchers, including Prof. Masaru Hirata, which will extend over tens of thousands of kilometers. To monitor the gas leakage, and to cope with any other hazardous problems, continuous surveillance of the network will be required.For this purpose, an environmental observation system for the large scale pipeline network is proposed. In this system unmanned airships are used as platforms for various environmental diagnostics. The unmanned airship is routed along the pipeline with the aid of GPS. Propulsion power of the air ship is transmitted from the ground bases by microwave; the microwave power stations are located every 100–200km along the pipeline.This paper describes the unmanned airships, environmental diagnostic systems, microwave generation tubes, and microwave powering system.
机译:若干研究人员提出了东北亚地区大规模天然气管网系统的建设,包括Masaru Hirata教授,该教授将延伸成千上万的公里。为了监测气体泄漏,并应对任何其他危险问题,需要持续监控网络。为此目的,提出了大规模管网的环境观测系统。在该系统中,无人驾驶飞艇被用作各种环境诊断的平台。无人驾驶飞艇借助GPS沿着管道路由。空气船的推进力由微波从地面基座传输;微波发电站沿管道沿着每100-200km。本文描述了无人驾驶飞艇,环境诊断系统,微波生成管和微波供电系统。

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