Chanakyaa
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The Chandryaan Orbitter is 100% Fine ( aAnd it will now be alive for 7.5 Years.. than Just 1 years as planned originally...... and it Just Found the Lander as well.
Its Important to note that Chandrayaan 2 Orbitter has the BEST CAMERA carried by ANY MISSION so far. ( .3 M Resolution ). Just wait for the fabulous pics.
Sivan said, "The dual-band synthetic aperture radar (SAR) on board the orbiter will be able to penetrate and see up to 10 metres of the sub-surface of the polar region and help us find water ice.
Its high-resolution camera can zoom up to 30cm, that is also being a first in the world.
And its advanced IR spectrometer (meant to measure spectral components of a physical phenomenon) can work up to 5 micron, instead of 3 micron that earlier ones had.
These payloads will give a lot of data."Clarifying that the landing operation was just a "demonstration, which we could not achieve successfully", Sivan said this "mission won't delay any other mission and that we had a lot of missions in hand".
A senior scientist told TOI "There is a possibility of finding Vikram lander with the orbiter within three days. This is because an orbiter takes three days to come to the same point. We know the landing site but as Vikram deviated from the path at the last minute during the final descent, we have to look in an area of 10 x 10 km area from three payloads SAR, IR spectrometer and camera. We have to do high-resolution imaging of the area to find Vikram."
The scientist also clarified that "If Vikram has crashlanded and turned into pieces, then the chances of finding it will be bleak. However, if the component is intact, the high-resolution imaging will capture the image of Vikram."
Its Important to note that Chandrayaan 2 Orbitter has the BEST CAMERA carried by ANY MISSION so far. ( .3 M Resolution ). Just wait for the fabulous pics.
Sivan said, "The dual-band synthetic aperture radar (SAR) on board the orbiter will be able to penetrate and see up to 10 metres of the sub-surface of the polar region and help us find water ice.
Its high-resolution camera can zoom up to 30cm, that is also being a first in the world.
And its advanced IR spectrometer (meant to measure spectral components of a physical phenomenon) can work up to 5 micron, instead of 3 micron that earlier ones had.
These payloads will give a lot of data."Clarifying that the landing operation was just a "demonstration, which we could not achieve successfully", Sivan said this "mission won't delay any other mission and that we had a lot of missions in hand".
A senior scientist told TOI "There is a possibility of finding Vikram lander with the orbiter within three days. This is because an orbiter takes three days to come to the same point. We know the landing site but as Vikram deviated from the path at the last minute during the final descent, we have to look in an area of 10 x 10 km area from three payloads SAR, IR spectrometer and camera. We have to do high-resolution imaging of the area to find Vikram."
The scientist also clarified that "If Vikram has crashlanded and turned into pieces, then the chances of finding it will be bleak. However, if the component is intact, the high-resolution imaging will capture the image of Vikram."
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