Indian scientists knew about lunar water presence in JuneSeptember 25th, 2009 BANGALORE - India's first lunar mission, Chandrayaan-I, had made a "path-breaking and real discovery" by establishing the presence of water on the moon in June itself, the Indian Space Research Organisation (ISRO) said Friday. India's own Moon Impact Probe (MIP) on board the country's maiden lunar craft had discovered water on the moon in June, a finding confirmed by US space agency NASA's probe that was also on board Chandrayaan-1, India's top space scientist G.
India's own probe also found water on moon: ISROSeptember 25th, 2009 BANGALORE - India's own Moon Impact Probe (MIP) on board the country's maiden lunar craft had discovered water on the moon, a finding confirmed by US space agency NASA's probe that was also aboard Chandrayaan-1, India's top space scientist G. Madhavan Nair said here Friday.
Moon water: NASA thanks Indian space agency for partnershipSeptember 24th, 2009 WASHINGTON - India's maiden lunar mission Chandrayaan has been successful in finding traces of water on the lunar surface, the US space agency NASA said here Thursday, and thanked the Indian Space Research Organisation (ISRO) for the partnership. A National Aeronautics and Space Administration (NASA) official said that traces of water and hydroxyl, a molecule consisting of one oxygen atom and one hydrogen atom, was also found in the lunar soil.
India's Chandrayaan first to find water on MoonSeptember 24th, 2009 LONDON - Data from Chandrayaan-1, India's first lunar mission, has revealed the presence of large quantities of water on the surface of the Moon, a discovery that is a significant boost for India in its space race against China. ISRO (Indian Space Research Organization) lost control of Chandrayaan-1 last month, and aborted the mission ahead of schedule, but not before M3 and the other instruments had beamed data back to Earth.
Findings from India's Chandrayaan to provide new understanding of lunar surfaceSeptember 18th, 2009 LONDON - India's Chandrayaan-1 X-ray Spectrometer (C1XS) has gathered data for a total of 30 solar flares, giving the most accurate measurements to date of magnesium, aluminum, silicon, calcium, and iron in the lunar surface. Although contact was lost with Chandrayaan-1 last month, the enhanced performance of the C1XS instrument, which exceeded its design specification, means that the science team will be able to determine the geochemistry of new areas of the lunar surface, adding some vital pieces to the jigsaw of the mineralogy of the lunar surface.
Radio contact lost with Chandrayaan-I : ISROAugust 29th, 2009 BANGALORE - Radio contact with Chandrayaan-I spacecraft was abruptly lost at 1:30 a.m. on Saturday.
Chandrayaan beams moon's shadow during solar eclipseJuly 28th, 2009 BANGALORE - India's first lunar mission Chandrayaan-1 captured the shadow of the moon on the earth's surface during the July 22 total solar eclipse, an Indian space agency official said Tuesday. The images were captured by the terrain mapping camera (TMC) on board the 514-kg spacecraft, which is orbiting at 200 km above the lunar surface.
Total solar eclipse begins in IndiaJuly 22nd, 2009 NEW DELHI - As dawn broke Wednesday, the century's longest total solar eclipse began with thousands of sky gazers craning their neck skywards to catch the glimpse of the rare celestial spectacle. The sun rose eclipsed Wednesday morning at 5:28 a.m.
Cloudy sky plays spoilsport in Bihar's 'eclipse village'July 22nd, 2009 TAREGNA - Thousands of people who have gathered in this Bihar village to witness the century's largest total eclipse are disappointed as the Sun remained hidden under the cloudy sky. The eclipse was to begin at 5:29 a.m just after the sunrise but the cloudy sky spoiled the mood of the thousands of people, children and adults, who thronged there to watch the celestial spectacle
However, people are optimistic for a more clear picture when the eclipse will reach its totality at 6:24 a.m.
Surya Grahan 2009 at a glanceJuly 21st, 2009 The Surya Grahan or total solar eclipse in India shall be visible in different parts of the country. It shall be seen in some regions in Gujarat, Madhya Pradesh, Uttar Pradesh, Bihar, West Bengal, Sikkim and Arunachal Pradesh.
Chandrayaan spacecraft's faulty sensor set rightJuly 17th, 2009 BANGALORE - A malfunctioning star sensor of India's first lunar mission spacecraft Chandrayaan-I was set right by space scientists to ensure correct orientation, an official said here friday. "One of the star sensors, which gives the orientation of the spacecraft, was malfunctioning but our scientists have overcome this problem with innovative techniques of using antenna pointing mechanism and gyroscope on board the spacecraft to get the orientation information," Indian Space Research Organisation (ISRO) direcvtor S.
ISRO chief satisfied with lunar data compiled by ChandrayaanJuly 12th, 2009 BANGALORE - G Madhavan Nair, Chairman of Indian Space Research Organisation (ISRO), on Sunday expressed satisfaction with the successful collection of data about the moon by Chandrayaan, country's maiden lunar mission. Madhavan Nair stated this while addressing the 9th convocation of International Institute of Information and Technology at Bangalore on Sunday.
Skies ready for triple eclipseJuly 5th, 2009 NEW DELHI - Commencing Tuesday, three eclipses - a lunar eclipse, a solar eclipse and another lunar - will take over the skies, a phenomenon which although experts say is not rare, will nevertheless be nature's grand spectacle. On July 7, a penumbral lunar eclipse will occur as the moon rises over Australia and sets in western north and south America in the early pre-dawn hours, said C.B.
Chandrayaan-II to be launched by 2013July 4th, 2009 KOLKATA - India's second lunar mission Chandrayaan-II is likely to be launched by 2013, Indian Space Research Organisation (ISRO) chairman G. Madhavan Nair said Saturday.
Scientists develop new tool to visualize past and future lunar eclipsesJune 9th, 2009 WASHINGTON - Researchers at Rensselaer Polytechnic Institute, US, have developed a new method for using computer graphics to simulate and render an accurate visualization of a lunar eclipse, whether in the past or in the future. The model uses celestial geometry of the sun, Earth, and moon, along with data for the Earth's atmosphere and the moon's peculiar optical properties to create picture-perfect images of lunar eclipses.