Sunday, September 3. Aditya-L1 Mission: The Indian Space Research Organization (ISRO) announced in a tweet on X (previously Twitter) that the first Earth-bound firing to increase the Aditya-L1 spacecraft’s orbit is planned for roughly 11:45 am.
“Aditya-L1 began producing power. The solar panels have installed. On September 3, 2023, at 11:45 IST, the first Earth-bound firing to boost the orbit planned, according to a tweet from ISRO.
Also Read:- Aditya-L1 was successfully launched by ISRO
Top ten solar mission updates from India Aditya-L1.
1) On Saturday. Aditya L1, India’s first solar mission, launched by the PSLV rocket, which reached a new technological milestone in the launch vehicle industry. Began a 125-day trip to the Sun in an effort to investigate various aspects of the Sun.
2) Dr. Jitendra Singh, Union Minister of State, commended the ISRO crew on the organization’s successful launch. He referred to the unveiling as “India’s sunshine moment.”
3) The spacecraft will successfully positioned on its Halo orbit, L1, close to the Sun in four months. The mission’s seven payloads will then start operating to begin tackling some of the most interesting mysteries regarding the Sun.
4) The mission’s main goal is to improve India’s capacity to watch the Sun continuously. The Sun may observed without obstruction, which make it easier to closely monitor its behavior. Aditya L1 has two significant instruments and five minor ones for its achievement.
5) Aditya L1’s observations will also assist in establishing a link between the Sun’s surface and the release of high-energy particles during solar storms.
6) The spacecraft will put in a Low Earth Orbit after launch. The orbit will then become more elliptical, and the spacecraft will then use onboard propulsion to launch itself toward the Lagrange point (L1).
7) As it approaches L1, the spacecraft will leave the gravitational Sphere of Influence (SOI) of the Earth. After leaving SOI, the spacecraft will enter its cruise phase before sent into a massive halo orbit around L1.
8) In the direction of the sun, L1 is 1.5 million kilometers distant from the Earth. The anticipated time for completion is four months.
9) Once Aditya-L1 reaches L1. It will be maneuvered into an orbit with an irregular form that is roughly perpendicular to the line between the Earth and the Sun. Where it will spend the remainder of its mission.
10) The mission seeks to learn more about the solar atmosphere, the dispersion of solar wind. Temperature anisotropy, and other topics. The spacecraft will remain 1% of the Earth-Sun distance away. Or 1.5 million kilometers, from Earth while always facing the Sun.