Specifically, observations though the Hinode satellite have found some magnetic waves that seem to be playing an important role in heating the corona. This discovery, together with the data collected by NASA's solar observation satellite IRIS(Interface Region Imaging Spectrograph), has finally led to the detection of magnetic wave dissipation.
Hinode measures precise photospheric magnetic fields, but the strength of magnetic fields in the chromosphere is weaker than in the photosphere, so there are many times that we can't measure chromospheric fields in the same way as those in the photosphere.
It is also important to have a visible light telescope that can capture detailed phenomena from outer space, unaffected by the fluctuations of the Earth's atmosphere. Therefore, we developed Hinode, equipped with these observational instruments and entrusted it with further surveys to solve the mysteries of the Sun.
ISAS| Advancement of Solar Research by HINODE Satellite/ The Forefront of Space Science Conclusion Since solar activity had been weak since the launch of HINODE, its results have been mainly on quiet regions of the Sun rather than flares.
After the launch of Hinode, he continued to participate in the operation of the satellite(became in charge of the Japanese side in the operation of SOT) and is taking an active part in the investigation of the solar observatory rockets and the next solar observatory satellite.
All this can be related back to Birkeland,”Pål Brekke notes, adding that Norway- thanks to the country's early efforts in the field of solar research- were contributors to NASA's SOHO satellite, which is still circling the sun after 22 years, the Japanese satellite Hinode and the American IRIS satellite.
Hinode" discovered strong magnetic field patches in the Sun's polar region| NAOJ: National Astronomical Observatory of Japan- English TA Japan-US-Euro international research team including the National Astronomical Observatory of Japan observed the solar polar region with the Solar Optical Telescope aboard the solar observating satellite"Hinode", and discovered strong magnetic field patches which are more than 1000 Gauss, comparable to field strength of a sunspot.
In addition, in cooperation with the Institute for Space and Astronautical Science and NASA, we have had huge success with the solar observing satellite"Hinode," the lunar orbiting satellite"KAGUYA," the radio astronomical observation satellite"HALCA," and the sounding rocket experiment CLASP. NAOJ continues engage in space-based research and development based on its scientific and technical assets.
To supplement the abilities of Hinode and examine in more detail the active chromosphere observed through Hinode, the IRIS was launched by NASA in 2013.
Solar eclipse captured by"Hinode" The solar eclipse videos taken with the X-Ray Telescope Format: MPEG4(H.264), image size: 512x512 File size: about 2MB each.
Solar eclipse captured by"Hinode" The solar eclipse videos taken with the X-Ray Telescope Format: MPEG4(H.264) 1Mbps, image size: 1024x1024 File size: about 10MB each.
However, other things like the Moon, Mercury, Venus, or comets have come into the field of view of Hinode's telescopes and been observed as they go near the Sun or pass in front of it.
SOLAR-C Project| NAOJ: National Astronomical Observatory of Japan- English About SOLAR-C Project We aim to carry out the SOLAR-C satellite mission that follows the HINODE for elucidating a link between solar magnetic fields and the solar activity.
Although the number of the observed flares is limited because of the narrow field of view of Hinode, the magnetic field maps from the SDO(Solar Dynamics Observatory), launched in 2010, should be useful for statistical research.
ひので。
Hinode.
ひので夏まつり。
Hinode Summer Festival.
ひのでやエコライフ研究所Institute。
Hinode and Hitachi Eco Life Institute.
太陽観測衛星「ひので打上げ観測。
The Solar Observation Satellite HINODE.
修学旅行用、155系電車「ひので」「きぼう」号運転開始。
Start running No.155 system train[Hinode] and[KIBO] for school excursions.
太陽観測衛星「ひので」「IRIS」により得られた、波動による太陽彩層形成の証拠。
A joint observation by solar observing satellites Hinode and IRIS quantitatively explores the formation of the solar chromosphere.
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