infrared camera india
Chandrayaan-1, India's first mission to Mon
It was a great achievement in Indian Space Research program shortly after the historic Chndrayaan-1 launch to the orbit of the Mon India once again proved that India is one of the advanced countries, such as care for the space borne technology in the world. This result was to use the goal of success due to a number of key relevance India space organizations mainly from Indian Space Research Organization (ISRO), Space Application Center (SAC), National Remote Sensing Agency (NRSA), and the Indian Institute of Remote Sensing (IIRS), National Physical Laboratory (NPL), Defense Research and Development Organization (DRDO) etc. India is very advanced techniques in the application of space borne due to the availability and dissemination of best digital satellite data. There are good resolution of satellite data from sensors such as LISS-III, IV and LISS Panchromatic camera in the visible and Near Infra Red link EMR spectrum of the major tools as care for the management and exploration of natural resources in the earth. The satellite data are derived from many Cartographic and Remote Sensing Satellites (IRS-series) and Communications Metrology & Satellites (INSAT Series). As one of the world's advanced research center of the ISRO have ambitious moon mission plan was for a long time ago, but it had implemented since 2003.
The mass of 1380 kg Chandrayaan-1 is on the launch pad and it was successfully projected Launce by indigenous Polar Satellite Vehicle (PSLV-11) at 6-21 pm on 22 Oct'08 from the Satish Dhawan Space Center in Sriharikota Andhrapradesh which is about 100 km north of Chennai. The mass of the Chandrayaan -1 is 1050 Kg on Trajectory Geostationary Orbit (GTO) located at 36.000 kilometers of the earth's surface. The Chandrayaan-1 has finally reached after conducting 20 days of the journey to its final destination circular orbit the moon at an altitude of 100 km above the lunar surface besides landing on Moon Impact Probe (MIP) with the Indian tri color Flag. After Chandrayaan-1 mission, ISRO's have another -2 of the Chandrayaan project in 2011 and planning for the installation of two men in the mission area with an estimated cost of 120 billion in 2015 next to the future planning of artificial satellites to the Mars in 2020 which would be a different history of the nations participating in Super Space club.
The distance of the Moon is located on an average height of 384.400 kilometers from Earth. The diameter of the Moon is about 3476 km along with a mass of 7.35e22 kg (7.35 × 10 22 kg. In fact, Moon mission progamme has started since 1959. The fist of the Soviet space mission success Luna2 had visited the Moon in 1959. Neil Armstrong was the first man landed on July 20, 1969 and the last was in December 1972 by the Apollo mission. The rock samples were also collected by robotic missions and identifying Moon was also done with the help of digital images sent by sensors aboard spacecraft. It was found by NASA physicist and geologist who most stones on the surface of the moon appears to be between 3 and 4.6 billion years old, almost reaching the age of hard Precambrian rocks of the earth. It is known that Moon has no geological activity in the absence of a physical and chemical behavior including atmosphere and rains. Yet, the derivation of the details of Lunar Surfaces and the interior composition as constantly developing systems last updated sensors Charged Couple Device for the Evaluation of Thematic Mapper High resolution digital images and pan mini Synthetic Aperture Radar to collect information about the scattering of the lunar surface and the presence of the thickness of ice swimming including mineralogical exploration using radar images that are not developed in the earlier years from 1970 to 1990. Moreover, the developed countries in space technology, including India does not want to lose the benefits to be planning for the future of mining, energy and space borne platform to the nearest extraterrestrial body acceleration of current space exploration programs. The Helium (3He) is an important isotope of vital importance of second reactants to produce fuel for nuclear energy production. This isotope is abundant in the surface of the moon and to the interior, a major reactant for the energy requirement. About 25 tones of reactants It is equal to the required power by the U.S. in one years production. The other important point is that as the Chandrayaan-I reached the orbit of the Moon, which reveals India dreams of future space mission will not send as a result of PSLV-11 ran the distance of 340,000 kilometers from earth. These are vital reasons the Moon mission is very due. Although this mission Chandrayaan-I was a few years before time ago can still expect a strategically precise period following the implementation newest payload would be due and have a maximum probability for binding with other developing countries courtiers in terms of technology transfer and to guide them a space-oriented research program.
All 11 tracks total payload of 55 kg of scientific instruments are calibrated to the lunar mission Chandrayaan-1. Out of the 6 developed by ISRO payloads that CCD Terrain Mapping Camera (TMC), Hyper Spectral Imager CCD (HySI), ranging instrument (LLRI), High Energy X-ray Spectrometer (HEX) Moon Impact Probe (MIP), Chandrayaan-1 X-ray spectrometer (C1XS) and two payloads developed by ESA (European Space Agency), of Near-IR Spectrometer (SIR-2), Sub Kev Atom reflecting Analyzer (SARA), and a payload Radiation Monitor Experiment (RADOM) Developed by the Bulgarian Academy of Sciences and two loads namely Miniature Synthetic Aperture Radar (MiniSAR) and Moon Mineralogy Mapped (M3).
Of the payload on board, developed by the respective nations can be assumed their destination to gather more information in the various subjects of satellite earth. As a first step to the Moon mission of ISRO, like India have shown interest to the scientific information in all aspects, including origin derive from the Moon, thematic area evaluation result from the high resolution PAN images (digital data Panchromatic Camera), to identify mineralogical exploration, generating an improved model for moon gravity field to obtain data required soft landing technology for future missions to the moon by a job in a narrow range and finally to implement high quality X-ray spectroscopic mapping of the Mon Based on native instruments boarding was the first complete package of the moon mission Chandrayaan-series I would definitely contribute to the goal of India manned moon mission by 2020. Although Apollo Lunar missions and unmanned U.S. previously sent Nations, European Space Agency, Russia, Japan and China have recent unmanned Chandrayaan -1 has a remarkable history of the world in space technology programs. This is a success because of renowned Indian space scientists and engineers for their outstanding efforts to develop domestic space technology related to IRS and INSAT series of satellites in addition to the tremendous development of the Polar Satellite Launched Vehicle (PSLV) and Geosynchronous Satellite Launch Vehicle (GSLV). All total 50 tracks of artificial satellites are launched to the orbit of the Earth within the spans 35 years. The history will begin as Chandrayaan-I moon rotates around once every orbital period of 117 minutes at an altitude of 100 km polar orbit Mon X100 with a mass of 523 kg to a history another chapter of space technology with the registration of the sixth Indian nation that sent unmanned spacecraft to the Mon The payload of several calibrated nations such as National Aeronautics Space Agency of the USA (NASA), European Space Agency (ESA) and the Bulgarian Academy of science are a matter of pride and symbol of India's the friendly relations with the exception of scientific collaboration to use the goal of success in space borne technology. It may be noted that SIR-2 SARA and the ESA payloads would perform the data in the field of chemical and magnetic mapping of the Moon for the history of origin and composition. The payload RADOM are very interesting for control of radioactive elements collected Helium (He), Rubidium (Rb) and Thorium (Th). On the other hand, SAR payload of the NASA the U.S. interest to detect water ice in the permanently shadowed regions on the Lunar poles up to a few meters, load for M3 with the moon mapping of minerals at high spatial and spectral resolution to support planning for future targeted missions. The transfer of data in digital format from various Payloads of Chandrayaan-I to the ground station equipped with remotely controlled devices located near Bangalore would be very fruitful, because jobs Chandrayaan-I is set at a 100 km from the Lunar surface. In general, remote sensing satellites are placed in a polar orbit at a distance of 700 km to 900 km from the surface of the earth. The Chandrayaan-I 'S will be reached Mon 100 X 100 km polar orbit, where it may finally have been interesting to the interpretation of digital images and transmission of radiation energy. Apart from hyper-spectral CCD imager, pan camera spectrometers are other devices on the spectral distribution of EMR from the lunar surface in the C1XS (X-ray spectrometer) would use this X-ray fluorescence technique (1.0-10 keV) for measuring the abundance of elements such as Mg, Al, Si, Ca, Fe, Ti spread over the surface of the Moon to the origin of knowledge of the Earth satellite. On the other side of the SIR-2 (IR) spectrometer measures the soil texture, structure, moisture and vegetation to know the landscape of the lunar surface in detail. Furthermore, NASA and ESA bid for the payload on Chandrayaan-I is shown to perform many of the optimistic solution and evidence of satellites of the Earth for the next generation of Lunar exploration.
This is the space science and its research needed to advance a powerful nation in the world. The space technology contributes to natural resource mapping to assess the soil and other planets. Moreover, the country was run by using space technology updated in several areas, such as natural resources mapping and other countries plan including military mapping, anti-terrorism plan etc. etc. Therefore, the space research and the updated assessment is a matter of prestige land. The U.S. has adopted as superior only because of their advanced space power research and its application to their powerful constellation of 24 satellites that the global numbers of the world depends their spatial positioning systems. Natural GLONASS positioning of Russia is also going to India was a partner in the coming days. It can be shown that the space research important organization in the world, National Aeronautics Space Agency of the U.S., the Russian Federal Space Agency (Roskosmos), Remote Sensing Technology Center (RESTEC), Institute for Space Science and Astronautically (ISAs) of Japan, and China National Space Administration Agency, European Space Agency and finally Indian Space Research Organization. China successfully put two manned spacecraft into orbit in 2003 and 2005, respectively, becoming the third country to send astronaut into space after the United States and the Soviet Union. India hopes to plan two men into space in 2015 with another remarkable success for a quarter Nations to make history as the project astronauts in space.
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