NASA 우주선 Lucy의 Solar Array 배치 정밀 검사에서 상당한 진전

NASA의 Lucy 우주선은 태양 전지판을 배치합니다. 출처: NASA 고다드 우주 비행 센터

5월 6일부터 6월 16일까지 계속됩니다.[{” attribute=””>NASA’s Lucy mission team carried out a multi-stage effort intended to further deploy the spacecraft’s unlatched solar array.Throughout the meticulous process, the team commanded the spacecraft to operate the array’s deployment motor for limited periods of time, allowing them to closely monitor the spacecraft’s response.

As a consequence of this work, the mission succeeded in further deploying the array and now estimates that the solar array is between 353 degrees and 357 degrees open (out of 360 total degrees for a fully deployed array). Furthermore, the array is under considerably more tension, giving it substantially more stabilization. Because of this, the mission team is increasingly optimistic the solar array will successfully meet the mission’s requirements in its current tensioned and stabilized state.

For now, further deployment attempts will be paused as the Lucy spacecraft enters a planned period of limited communications. Due to thermal constraints caused by the relative positions of the Earth, spacecraft, and Sun, the spacecraft will be unable to communicate with the Earth via its high-gain antenna for several months. Throughout this period, the spacecraft will use its low-gain antenna remain in contact with Lucy’s ground team.

After its Earth gravity assist maneuver on October 16, the spacecraft will emerge from this partial communications blackout. At that time, the mission team will have more opportunities to attempt further deployment efforts if deemed necessary.

On June 21, the spacecraft successfully carried out a trajectory correction maneuver, which is the second in a series of maneuvers to prepare the spacecraft for its Earth flyby.


2021년 10월 16일에 발사된 Lucy는 태양계 형성 후 남은 작은 소행성 그룹인 트로이 소행성을 탐사하는 최초의 우주 임무가 될 것입니다. 태양 주위를 도는 궤도에서 그들은 앞서거나 따라갑니다.[{” attribute=””>Jupiter and may tell us about the origins of organic materials on Earth. Lucy will fly by and carry out remote sensing on six different Trojan asteroids and will investigate surface geology, surface color, and composition, asteroid interiors/bulk properties, and will observe the satellites and rings of the Trojans. Credit: NASA’s Goddard Space Flight Center

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