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논문 기본 정보

자료유형
학술저널
저자정보
저널정보
한국원자력학회 Nuclear Engineering and Technology Nuclear Engineering and Technology 제48권 제4호
발행연도
2016.1
수록면
982 - 996 (15page)

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In this paper, new tethered aerial robots including roaming tethered aerial robots (RTARs)for radioactive material sampling and stationary tethered aerial robots (STARs) for environmentmonitoring are proposed to meet extremely-long-endurance missions of nuclearpower plants. The flight of the proposed tethered aerial robots may last for a few days oreven a few months as long as the tethered cable provides continuous power. A high voltageAC or DC power system was newly adopted to reduce the mass of the tethered cable. TheRTAR uses a tethered cable spooled from the aerial robot and an aerial tension controlsystem. The aerial tension control system provides the appropriate tension to the tetheredcable, which is accordingly laid down on the ground as the RTAR roams. The STAR includesa tethered cable spooled from the ground and a ground tension control system, whichenables the STAR to reach high altitudes. Prototypes of the RTAR and STAR were designedand successfully demonstrated in outdoor environments, where the load power, powertype, operating frequency, and flight attitude of the RTAR and STAR were: 180 W, AC100 kHz, and 20 m; and 300 W, AC or DC 100 kHz, and 80 m, respectively.

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