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ISRO adds another feather in its cap on moon mission : mini-magnetosphere found on moon


Bangalore: After discovering water on moon, ISRO has come out with another major discovery by reporting the presence of mini-magnetosphere on the earth's only natural satellite.

The new finding was made possible by Sub-keV Atom Reflecting Analyzer jointly built by ISRO and European Space Agency (EADS).

This was one among the 11 instruments onboard Chandrayaan-I
, a top ISRO official from Vikram Sarabhai Space Centre (VSSC) in Thiruvananthapuram said today.

The official, speaking on condition of anonimity, he said the findings had been submitted to International journals for corraboration.

He said after analysing the data obtained by SARA, the large assembly of mini-magnetosphere was discovered on the surface of the Moon.

Stating that the mini-magnetosphere was found near Gerasimovic crater, he said it was formed due to continuous pounding of Solar wind on the Lunar surface, which was not protected by an atmospheric field as in the case of earth.
 
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Vast scope for research on moon: ISRO scientist

India, through Chandrayaan, was the pioneer in discovering existence of water on moon and similarly there was possibility of existence of minerals,including titanium , on it, Chandrayaan Project Director Mylswamy Annadurai said here.

On Chandrayaan-II, he said the Rs 425-crore project will be launched in 2012-13 with an orbiter that will take the Chandrayaan-I orbit and two motorised robots which would be soft landed on the moon.

To a question, he said Chandrayaan-II will have more indigenous components and its budget is less like the first mission, compared to smilar missions of other countries.
 
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More indigenous components in second moon mission: ISRO

Coimbatore, Nov 23(ANI): Mylswamy Annadurai, Project Director of Chandrayan Mission II, ISRO, on Monday said that there would be more indigenous components in country’s second moon mission.

Annadurai was in the city to participate in the 30th convocation of the Tamil Nadu Agricultural University.

Addressing the media on the sidelines of the function, Annadurai said: “This time we expect more indigenous components will be there. But of course, we don’t rule out Indo-Russian composition, which is already there, but may not be that many number of instruments what we carried there (Mission Chandrayaan I).”

“As of now India and Russia, others also trying to get in, but until we exhaust our own instruments we are not able to do it,” he added.

Annadurai further said that country’s second Moon Mission would consist of the spacecraft and a landing platform with two moon rovers.

He added that ISRO would use the Polar Satellite Launch Vehicle (PSLV) in its second mission, which would be launched in 2012-13.

“This project is already in place and nearly Rs. 425 crores have been allotted for the budget provision for this Chandrayaan II Mission and scheduled to go for in 2012-13…another ISRO Mission Chndrayaan I was carried by PSLV whereas Chandrayaan II will be carried by GSLV,” Annadurai added.

He also informed that as opposed to Chandrayaan-1, which was a moon orbiter, Chandrayaan-II would have moon rovers and would be capable of actually landing on the moon surface.

India terminated its first mission to the moon in August 2009, a day after scientists lost all contact with the unmanned spacecraft orbiting the moon.

The 79 million dollar mission was launched amid national euphoria last October, putting India in the Asian space race alongside rival China and reinforcing its claim to be considered a global power. (ANI)
 
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Government have proposed to build satellites for monitoring the different aspects of atmosphere and environment, agricultural conditions and different weather related aspects, in coordination with concerned ministries, such as Ministry of Environment and Forests, Ministry of Earth Sciences and Ministry of Agriculture and Cooperation.

These satellites will facilitate understanding the different aspects pertaining to climate and its impact on agriculture.
Satellites for Monitoring Environment

---------- Post added at 02:20 PM ---------- Previous post was at 02:19 PM ----------

Oceansat-02 was launched using India’s Polar Satellite Launch Vehicle (PSLV) on September 23, 2009 from Sriharikota. The satellite has three instruments on board, namely Ocean Colour Monitor (OCM) to monitor chlorophyll in oceans, a Scatterometer to monitor ocean surface wind and a Radio Occultation Sounder for atmosphere. The total cost of the project is Rs. 129.15 crores.

The data from Oceansat-02 will facilitate identification of potential fishing zones; deriving ocean surface wind velocity, forecasting ocean state, study of temperature and humidity of atmosphere etc.

This satellite will facilitate monitoring of sea, specifically chlorophyll in sea waters and fronts and eddies in the ocean. This satellite will also provide additional data for understanding cloud system and cyclone related studies.
Launch of Oceansat-02
 
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Thiruvananthapuram, November 26, 2009

ISRO is planning 36 launches during the 11th plan with more than six a year, a top space official said here on Thursday.

The expanding horizon of Indian Space Programme, with more number of launches annually and missions like reusable launch vehicle on the anvil, calls for increased productivity with consistent quality and at a competitive cost, Vikram Sarabhai Space Centre Director, P.S. Veeraraghavan said.

Partnership with aerospace Indian industries was likely to grow multi-fold with the expanding activities of Indian Space Programme and ISRO’s foray into International Space market, Mr. Veeraghavan told at ‘National Aerospace Manufacturing Seminar’

Presently more than 500 small and medium industries partnered with ISRO, he said.

Stating that the aerospace industry faces tough challenges, he said it should adapt to advanced manufacturing methodologies to suit the design function flawlessly.

Referring to the human resource shortage in aerospace engineering field, he said the industry should bring out innovative programmes in tie-up with Academic institutions, to ensure required number of manpower.


BANGALORE: For the first time since the success of India's maiden unmanned moon mission, the Indian Space Research Organisation (ISRO) is ready to outsource more high-end work to private companies
— everything from building more complicated systems to assembling it.

According to aerospace industry officials and others familiar with the discussions, proposals are being readied wherein private participation will be invited to build and run competing systems.

The commercial-aerospace industry is now eager to play a larger role in the space missions and tap the outsourcing work offered by ISRO which has an annual budget of $1.01 billion for 2009-2010. It has a spending blueprint of Rs 12,400 crore ($3 billion) for its manned space exploration and around Rs 425 crore will be spent for the second unmanned lunar mission — Chandrayaan-2. It also has huge spending plans for missions to Mars and various domestic and international satellite launches.

This is particularly relevant as India has now stepped up the number of satellites it sends into space. ISRO's senior space scientist George Koshy who had also worked on Chandrayaan-1 as mission director for PSLV, says: "Earlier, we used to do one launch in two-three years. Now, we do tree-five PSLV launches alone in a year. For that, we need more low-cost manpower and better collaborations.” Koshy says the confidence other countries are reposing on Indian capability to make good satellites is increasing and they need more private partners to share the work load. "We work at just 15-20% of the cost spent by the US on their missions,” he says.


He said ISRO will launch advanced remote sensing and earth observation satellites such as Cartosat along with three other satellites from countries like Algeria and Canada in the first quarter of 2010 and Resourcesat-2, which will monitor resources in the country next year.

Aerospace firms such as Taneja Aerospace and Aviation (Taal), which counts ISRO among its top customers said that it is seeing more high-end work coming to them.

SM Kapoor, chief executive (aerostructures) of Taal, said that it had developed a critical structure to be used in Polar Satellite Launch Vehicle (PSLV) to ISRO last week. This structure was instrumental in taking the load of the vehicle and connecting the various stages of the PSLV.

"Earlier, we outsourced smaller work, but now we have stepped up the complexity of the work outsourced to private firms. In space structures, we have got very little margins. One small error or a small weakness in one part can result in the failure of the whole mission,” says George Koshy.

ISRO's Vikram Sarabhai Space Centre (VSSC) deputy director PP Sinha said that outsourcing has reached a level where companies are even doing assembling work at the system and stage levels and not just at the component level. "We are moving up the value chain and gearing up to provide avionics and electronics to customers like ISRO. They are efficient in terms of on-time payment and business support,” Taal managing director CS Kameswaran said.


IT giant Wipro said it is in discussions with ISRO to provide software and electronics for projects like the Chandrayaan-2

"We are in discussions with ISRO to collaborate in the area of robotic design, as they plan to land a motorised rover or robot on the Moon by 2013,” Wipro's vice-president for aerospace and defence Shiva Kumar Tonthanahal told ET. "We are present in the software, product engineering and R&D spaces and now Wipro is gearing up to be ready in aerospace manufacturing by 2010,” he said.

People familiar with ISRO's outsourcing strategy said that tech firms such as TCS and Infosys are talking to ISRO to provide their engineering design services.

Larsen & Toubro Ltd (L&T), India's biggest engineering company, said that it is making significant contributions to ISRO's space launch vehicles. "We had started by making small components. Today, the complete motor is built by us which includes it testing. We will be making significant contributions to the development of ISRO's next 20 satellites," says L&T vice-president Jayant D Patil. L&T had made significant contributions in the development of the last 15 satellites.

He said L&T along with DMRL has designed specific reactors for ISRO's plant in Kerala to indigenously produce titanium sponge, which is a scare raw material and has to be imported. "It is used in the production of aerospace grade titanium, which will be one of the strategic materials for important projects in future," he said.

Genser Aerospace & Information Technologies chief executive Arunakar Mishra says that as ISRO is becoming more of an integrator, they can adopt contract manufacturing model where they need not scout for suppliers and thus concentrate only on the mission.

Aerospace firm HAL's chairman Ashok Nayak said that even though they manufacture entire outside structure of PSLV and GSLV-II, they are getting strong support from small and medium industries who are getting majority of ISRO's components, while the integration is done at HAL. "The field is slowly getting open to everyone. We are willing to take the support of the private industry because that is the only way the country can prosper".

Date: Thursday, November 26 2009

from BUSINESS LINE, November 26, 2009 Kolkata, Nov. 25 - As the country prepares for observing the first anniversary of 26/11, debates rage over how to make our coastline safe.

What is perhaps little known is that a low-cost device, Distress Alert Transmitter (DAT) developed by Space Application
Centre, Indian Space Research Organisation, Ahmedabad, at the behest of Coast Guard for fool proof disaster management at sea, can provide the answer.

DAT is now commercially available. Manufactured by Delhi-based VTL Technologies Ltd, belonging to the S.K. Birla Group, with know-how from ISRO, about 1,000 pieces of the equipment have already been supplied by the company to ISRO which in turn has provided them to all the coastal States for distribution on experimental basis to fishermen venturing into seas for fishing.

The result has been encouraging, and ISRO has asked VTL to supply 1,000 more pieces. The Lakshwadeep Administration too has ordered 53 pieces of the equipment on an experimental basis.

DAT operates via INSAT-3A with full coverage of the Indian sub- continent. It works on Indian Disaster Management dedicated frequency and each equipment has an unique identification number.

The system works like this: immediately on receipt of distress signal from the boat in sea, the Coast Guard through DAT will be able to identify the boat and its precise location. The signal from the DAT positioned in the boat first goes to INSAT 3A satellite and from there to the Chennai-based Maritime Rescue Coordination Centre (MRCC), which is a hub linked to coordination centres in each coastal State.

MRCC immediately coordinates the rescue operation from air and sea.

However, each equipment has to be registered with the Indian Coast Guard which is the authorised hub for Search and Rescue Coordination Authority at sea. The equipment has in-built GPS to give precise position and time of information. Most important, compared to similar foreign-made equipment, it is cheap, with each equipment costing around Rs 10,000. Foreign made ones cost more than Rs 50,000 each.

Besides, foreign equipment require registration with foreign agencies and must operate with international satellites.

One wonders if 26/11, which claimed 183 lives, could have been averted had there been a DAT positioned on board MV Kuber, the Indian fishing trawler hijacked by the terrorists to reach the Mumbai coast.

Santanu Sanyal Copyright 2009 Business Line


Bangalore,
Nov 26 : Scientists at Indian Space Research Organisation (ISRO) were evolving a technology to develop semi-cryogenic propulsion system using aviation grade kerosene to put satellites weighing up to six tonnes, ISRO Chairman K Radhakrishnan said today.

Once this technology was mastered, ISRO, apart from bringing down the launch costs, would also be able to launch heavier satellites, weighing three times more weight than that of the present satellites launched by ISRO, he said, while delivering the inaugural address at the 23rd National Convention of Aerospace Engineers here.

With its current capability in boosters and strap-ons, the semi-cryogenic tecnology would enable the home-built GSLV rocket to put six-tonne class satellites in the space, the ISRO Chief noted.

He said the indigenous cryogenic technology now used hydrogen and liquid oxygen. In semi-cryogenic technology, instead of liquid hydrogen, pure kerosene (aviation-grade) is used.

The semi-cryogenic technology had been part of ISRO's efforts to bring down the cost of its space launches.

If this became a success the cost of putting payload in space would become much less. Kerosene gives better density impulse which made it a good fuel for booster rockets, he added.

He said ISRO was ready for the launch of its GSLV-D3 mission which would put a satellite weighing upto 2.2 tonnes in space.

The date of launch, slated to happen in the next few weeks, would be made known within few days.

............:cheers:
 
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The Hindu : States / Karnataka : ISRO eyes six to eight missions a year

“The Indian Space Research Organisation [ISRO] will aim at launching between six and eight missions every year to meet its objectives in the areas of national development and space science,” ISRO Chairman K. Radhakrishnan said here on Thursday.

“We must look to create synergy between the space industry and the aircraft, Defence and atomic energy sectors,” he said in his address at the 23rd National Convention of Aerospace Scientists here. “The Indian space industry is robust, comprising 500 firms and employing a total of 15,000 people.” India’s first launch vehicle with an indigenous cryogenic engine, GSLV-D3 (Geo-synchronous Satellite Launch Vehicle) was in the final stages of preparation, said Mr. Radhakrishnan but did not comment on the date of the launch which is scheduled to be in December 2009.

A hypersonic wind tunnel will be ready in a span of between six months and a year in Thiruvananthapuram for testing model launch vehicles. While ISRO’s unmanned mission to Mars could take place anytime between 2018 and 2030, India will aim to have a “human presence” in space within seven years with its manned space mission.

MAVs to the rescue

Delivering the Vikram Sarabhai Memorial lecture, V.J. Sundaram, Adviser (Micro and Nanosystems), National Design and Research Forum, chose to focus on the humble micro air vehicle (MAV), which he said could prove a useful tool in disaster assessment and surveillance.

Weighing between 20 gm and 400 gm and often imitating the flight aerodynamics and optic flow of insects or birds, mini, micro and nano satellites, it could help with search and rescue operations.
 
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India developing semi-cryogenic tech to launch 6-ton satellite - dnaindia.com

Bangalore: India's space scientists are developing semi-cryogenic propulsion technology using kerosene that is expected to give the country the capability to launch six-tonne class satellite, almost three times the weight its rockets can currently handle.

The cryogenic technology uses liquid hydrogen and liquid oxygen, whereas in semi-cryogenic technology, instead of liquid hydrogen, pure kerosene(aviation-grade) is used, Indian Space Research Organisation (ISRO) chairman K Radhakrishnan said.

"...the cost becomes far, far less (in semi-cryogenic technology using kerosene)," he said in his inaugural address to the 23rd national convention of aerospace engineers with the theme "Infrastructure development for growth of civil aviation and aerospace technology in India" here.

The semi-cryogenic technology, part of ISRO's efforts to cut down costs of space projects, would give a better density impulse which makes it a "good candidate for the booster status".

The technology would enable the home-built GSLV rocket to launch six-tonne class satellites. India's current GSLV-Mk II has the capacity to launch only satellites weighing a maximum of 2.2 tonnes, Radhakrishnan said.
 
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ISRO to launch 8 foreign satellites; also eyes acquisitions

India's space agency has in its pipeline eight foreign satellites for launch and is scouting to acquire such spacecraft from abroad to expand capacity in the field of communication transponder back home.

"Today, we have eight (foreign) satellites to be launched. This will be launched over the next two-three years", Managing Director of Antrix Corporation, marketing arm of Bangalore headquartered Indian Space Research Organisation (ISRO), K R Sridhara Murthi, said.
These are a mix of small and bigger satellites, he said but declined to elaborate, noting that the space agency is yet to formally ink some of these contracts.
But one foreign satellite that is being readied for launch is a 150-kg one from Algeria, which is slated to be launched by home-grown Polar Satellite Launch Vehicle as a piggyback payload likely in April next year.
Sridhara Murthi said ISRO is looking for opportunities to acquire foreign satellites.
In fact, it, along with its global partners, recently unsuccessfully bid to acquire a satellite, which was put up for auctioning by a company facing bankruptcy, in the United States.

Intelsat won the bid with a price of $210 million. ISRO was ready to shell out $100 million for part of the capacity that it intended to use, Sridhara Murthi said. ISRO's bold move is a sign of its growing confidence, he said.
ISRO has also started integrating Hylas spacecraft, a contract it jointly bagged with EADS-Astrium, and it would be delivered to the customer, UK-based Avanti Screenmedia, in June. Under the contract, EADS-Astrium is the prime contractor in charge of overall programme management and would build the communications payload, while Antrix/ISRO would build the satellite with a lift-off mass of around 2.5 tonnes and power of 3.2 KW.
"This year, we are producing a very sophisticated high definition television satellite (Hylas) -- probably for the first time in the world", he said. ISRO is looking to further scale up the participation of industries in space projects and even mulling to outsource some research and development tasks to them.
"Nearly 400 industries take part in space programme today", he said, noting for example that industries now undertake 70 per cent of work on developing launch vehicles (rockets). "So, when (Indian) rocket is a success, it's not merely ISRO which has to take credit, it is also a large number of industries which have to take credit", Sridhara Murthi said.
In addition, as of March this year, ISRO had transferred 289 technologies to modern industries for commercialisation and provided 270 technical consultancies in different disciplines of space technology.
ISRO endeavours to develop technologies with industries. "In the years to come, even for R & D tasks, ISRO will depend more and more on industries". Sridhara Murthi also spoke about the profitability of space business. Antix today has an annual revenue of over Rs 1,000 crore.
"Each satellite can pay for itself including the cost of launching. If you take a communication satellite, probably we spend about Rs 300 crore to launch one satellite. But, typically, this can pay back Rs 800 crore to Rs 1,000 crore over a period of its life".
"If we look at the value chain of space activities, if we invest one rupee in space, there is ten rupee business on ground", he said.
 
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India a space power: NASA officer

BANGALORE: India is now looked up as one of the most important space powers, especially after the successful finding of water and ice on the surface of the moon by the Chandrayaan- 1 project said Dr Edward Rogers, chief knowledge officer, NASA Goddard Space Flight Centre.


He was speaking to reporters after delivering a lecture on ‘How NASA Learns and Reapplies Knowledge’. He said that there was a variety of opportunities in the field of space before India, similar to the kind of opportunities that were before the US in the 1960s and 1970s.

Rogers, who during his visit to Bangalore will be holding discussions with ISRO officials and IT major Infosys, said that he would be looking at cooperation between NASA and the Indian counterparts in the areas of knowledge sharing and education exchange.

“A few decades ago, space collaboration was considered as part of enhancing political cooperation.

Today it has become a necessity,” he said.

He added that knowledge circulation was more important and that it should be used to improve lives on Earth
 
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ISRO earned over Rs 100 crore from foreign satellite launches



NEW DELHI: ISRO earned over Rs 100 crore in the last three years by launching satellites of other countries, Minister of State in PMO Prithviraj
Chavan told the Lok Sabha on Wednesday.

The space agency launched 12 foreign satellites during the last three years, including six nano satellites at a cost of Rs 101.60 crore, he said.

In reply to a separate query, Chavan said ISRO also plans to launch a Naval satellite in 2010-11 which would provide communication facility to various naval vessels.

He said the ISRO plans to send human beings in space and undertake planetary exploration within the next decade.

"The overall thrust of the space programme for the future is to sustain and strengthen space-based services in a self-reliant manner towards national development and develop space technology capabilities in the areas of advanced satellites," Chavan said.

The space programme also envisages enhancing capabilities in the areas of satellite communications, navigation, earth observation and human space flight in addition to pursuing research in space science, astronomy and planetary exploration, he said.

ISRO's Geosynchronous Satellite Launch Vehicle (GSLV) is capable of putting into orbit a 500 kg payload to undertake a mission to Mars.
 
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^^^^^^^^^^^^^

Great news... I was about to post it when realized you have already done so :)... Though 100 crores is a miniature amount yet it gives an inclination about how much progress ISRO has made...If i can read right...things are looking great for ISRO in future....
 
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Any Indian should proud for ISRO. They've showed how to make pride for the nation and people. I appreciate their all missions and tryings. I think ISRO will be model for follow for other agencies in developing countries.

c82547fab85c8413da2a3d0979c2b021.gif


"India in the Air"
 
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EADS eyes tie-up with ISRO on hypersonic plane technologies- ET Cetera-News By Industry-News-The Economic Times

EADS eyes tie-up with ISRO on hypersonic plane technologies

4 Dec 2009, 1812 hrs IST, PTI

BANGALORE: EADS, a global leader in aerospace, defence and related services, is keen to forge partnership with ISRO on supersonic and hypersonic
aeroplane technologies, a top company official said.

"We are looking very much into the future," Chief Technical Officer of EADS, Jean Botti, said here today on possible collaboration between the Indian Space Research Organisation and EADS (European Aeronautic Defence and Space Company) going forward.

"ISRO has a lot of knowledge," Botti said, adding EADS also sees potential between ISRO and the Franco-German group in the area of propulsion technology. EADS is looking at the possibility of working with ISRO in the context of "niche aeroplanes", he said.

EADS is keen on building "green" aeroplanes acceptable to society and it's here that he sees a partnership role for ISRO with his company.

EADS group, which includes Airbus, Eurocopter and Astrium, generated revenues of Euro 43.3 billion in 2008 and employed a workforce of 118,000.

Astrium, EADS' space business entity, already has a partnership with ISRO's commercial arm Antrix on joint building and delivery of satellites of two tonne to 2.5 tonne class.

Botti said EADS also saw opportunities in the biotech sector in India, adding, it's in discussions with companies in the space. "Biotechnology...we are going to look into very closely".

He praised the "lot of brain talent" and English-speaking highly educated youngsters in India, saying it motivated EADS to undertake research in this country. :azn:

Asked about the rejection of a proposed joint venture between EADS and Larsen & Toubro by the Foreign Investment Promotion Board because it would exceed cap on foreign investment, Botti said the issue is being evaluated.

"We are still in the understanding mode. Too premature to give information on this. We are trying to understand the situation," he said. :angel:

EADS-L&T proposal, to supply electronic warfare systems, avionics and radars, was rejected as it did not adhere to the 26 per cent upper limit prescribed for foreign direct investment in companies in the defence sector. :frown:
 
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Astrosat all set to be launched next year: Isro

Astrosat all set to be launched next year: Isro

Press Trust Of India / Mumbai December 06, 2009, 0:20 IST



India’s first science satellite Astrosat is all set to be launched next year, former chairman of Indian Space Research Organisation (Isro) Madhavan Nair said today.

One more satellite ‘Aditya’ to study Sun’s coronal mass ejection (CME) would be launched in two years while the science mission to planet Mars by 2013, Nair said, addressing a galaxy of scientists from India and abroad and the student community at the Grand Finale function of Bhabha Centenary celebrations, which concluded today.

The multi-wavelength astronomy mission Astrosat on an Indian remote sensing satellite-class satellite in a 650-km, near-equatorial orbit would be launched next year, he said, adding it will be launched by the Indian launch vehicle PSLV from the Sriharikota launchpad. The expected operating life time of the satellite will be of five years.

‘Adiyta’ will be launched in next two years to study the properties of CMEs, that are gigantic bubbles of electrified gas that billow away from the Sun.
 
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First science satellite to be launched next year: ISRO

India’s first science satellite Astrosat is all set to be launched next year, the former chairman of Indian Space Research Organisation, Madhavan Nair, said on Saturday.

One more satellite, ‘Aditya,’ to study Sun’s coronal mass ejection (CME) will be launched in two years and the science mission to planet Mars by 2013, Mr. Nair said, addressing a galaxy of scientists from India and abroad and the student community at the grand finale of the Bhabha centenary celebrations, which concluded on Saturday.

The multi-wavelength astronomy mission ASTROSAT on an Indian remote sensing satellite-class satellite in a 650-km, near-equatorial orbit will be launched next year, he said. It will be launched by the Indian launch vehicle PSLV from the Sriharikota launch pad. The expected operating life time of the satellite will be of five years.

‘Adiyta’ will be launched in next two years to study the properties of CMEs that are gigantic bubbles of electrified gas that billow away from the Sun.
 
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