China's space
A Long March-2D carrier rocket carrying the Advanced Space-based Solar Observatory (ASO-S) blasts off from the Jiuquan Satellite Launch Center in northwest China, Oct. 9, 2022. China lifted off the solar exploration satellite into space, furthering the country's scientific endeavor to unravel the secrets of the Sun. (Photo by Wang Jiangbo/Xinhua)
BEIJING, May 31 (Xinhua) -- The Advanced Space-based Solar Observatory, called Kuafu-1 in Chinese, has detected more than 200 solar flares since it was launched into space last October, according to the project's chief scientist Gan Weiqun.
Observation data from three payloads onboard Kuafu-1 has been made available for trial use at home and abroad, Gan said at the Zhongguancun Forum on Tuesday.
Kuafu-1 is an all-rounder satellite specially designed for solar detection. Kuafu is a giant in Chinese mythology who indefatigably chased the sun.
It has three payloads onboard -- the Lyman-alpha Solar Telescope (LST), the Hard X-ray Imager (HXI), and the Full-disk Vector MagnetoGraph (FMG).
According to Gan, the HXI has the best in-orbit performance with more than 200 solar flares detected. The HXI achieved China's first hard X-ray solar imaging with world-class imaging quality.
He noted that the HXI has the only hard X-ray imaging of the sun from a near-Earth perspective in the world, which provides irreplaceable observation data on solar flares.
The details of solar flares' non-thermal radiation distribution captured by the HXI are pretty rare, exceeding previous expectations, Gan added.
Meanwhile, the FMG realized China's first observation of a solar magnetic field from space. The LST had a full-disk solar observation, detecting some rare white-light flares and several Lyman-alpha lines in solar prominences.
The wave band of Lyman-alpha, representing the neutral hydrogen spectra released by more than 70 percent of the solar mass, is known to be the strongest ultraviolet emission line that affects the Earth's ionosphere.
Gan noted that the sun has an extremely close relationship with human beings, and Kuafu-1 is of great significance as it has undertaken the sacred mission to usher in a new era of comprehensive solar space exploration in China.
He said the frontier research of solar physics of Kuafu-1 is progressing in full swing, expressing hopes to bring together solar physicists from home and abroad to use satellite data for in-depth research in the future.
Kuafu-1 was launched in October last year from the Jiuquan Satellite Launch Center in northwest China.
After six months of in-orbit commissioning, the satellite has obtained a large amount of raw solar observation data.
Last month, a data release and training conference on how to use the observation data was held online, which was attended by nearly 400 solar physics experts from 25 countries.
Related articles
Water begins to flow again in downtown Atlanta after outage that began Friday
ATLANTA (AP) — Water pressure was returning to downtown Atlanta and nearby neighborhoods on Sunday a2024-06-03Safety efforts urged after fatal boat accident
Authorities in Hebei province have called for greater efforts to strengthen the safety of tourists,2024-06-03Xi Meets Chairman of Russian State Duma
Contact Us HomeNewsHighlightACWF NewsSocietyWom2024-06-03Xi's Article on Farmland Protection to Be Published
Contact Us HomeNewsHighlightACWF NewsSocietyWom2024-06-03Laurence Fox livestreams row with London bus driver after car and double
Lawrence Fox has been seen shouting at a bus driver after being involved in car collision on Saturda2024-06-03- (ECNS) -- Marathon world record-holder Kelvin Kiptumand his Rwandan coach Gervais Hakizimana were ki2024-06-03
atest comment