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Aditya (satellite)

Aditya, (Sanskrit:  आदित्य, lighted: Sun[3])  pronunciation (help·info) or Aditya-1 is aspacecraft whose mission is to study the Sun. It was conceptualised by theAdvisory Committee intended for Space Research in January 08.[2] It has been designed[4]increase in built and launched simply by the Indian Space Research Organisation (ISRO).[2]Previous ISRO chairman G. Madhavan Nair announced the approval of the mission in 10 Nov 2008.[5] Aditya is proposed to be sent to space by 2015–16 to study the solar halo.[6] This part of the Sun has conditions of more than one million levels, with strong solar winds that reach a speed of up to 1000 km a second. The satellite can carry as the payload a professional solar coronagraph.[2][7] It will be a little 400 kilos (882 lb) satellite projected to cost about 50 crore (US$10 million),[2] and likely to be include in a near earth orbit of 600 km. The spacecraft's mission is to study the essential problems of coronal warming, and other tendency that take place in the Earth's magnetosphere.

Satellite

Start Date

Launch Vehicle

Feedback

Aryabhata

19 April 75

C-1 Intercosmos

Provided scientific experience in building and operating a satellite system.

Bhaskara-I

six June lates 1970s

C-1 Intercosmos

First trial and error remote realizing satellite. Carried TV and microwave digital cameras.

Rohini Technology Payload

15 August lates 1970s

SLV-3

Intended for measuring in-flight performance of first fresh flight of SLV-3, the first Of india launch vehicle. Did not achieve orbit.

Rohini RS-1

18 July 80

SLV-3

Used for measuring in-flight performance of second experimental launch of SLV-3.

Rohini RS-D1

23 May 1981

SLV-3

Utilized for conducting a few remote sensing technology studies using a landmark sensor payload. Launched by the first developing launch of SLV-3.

Ariane Passenger Payload Experiment

nineteen June 1981

Ariane-1 (V-3)

First trial and error communication satellite tv. Provided knowledge in building and functioning a payload experiment three-axis stabilised communication satellite.

Bhaskara-II

20 November 1981

C-1 Intercosmos

Second experimental remote control sensing satellite tv; similar to Bhaskara-1. Provided encounter in building and working a remote sensing satellite system on an end-to-end basis.

INSAT-1A

10 The spring 1982

Delta 3910 PAM-D

First functional multipurpose interaction and meteorology satellite. Procured from USA. Worked to get only six months.

Rohini RS-D2

17 Apr 1983

SLV-3

Identical to RS-D1. Launched by the second developing launch of SLV-3.

INSAT-1B

30 Aug 1983

Shuttle service [PAM-D]

Similar to INSAT-1A. Served for over design existence of eight years.

Stretched Rohini Satellite Series(SROSS-1)

twenty four March 1987

ASLV

Taken payload intended for launch automobile performance monitoring and for gamma ray astronomy. Did not obtain orbit.

IRS-1A

17 Drive 1988

Vostok

Earth statement satellite. Initially operational remote control sensing dish.

Stretched Rohini Satellite Series(SROSS-2)

13 Come july 1st 1988

ASLV

Carried distant sensing payload of German space firm in addition to Gamma Beam astronomy payload. Did not achieve orbit.

INSAT-1C

21 September 1988

Ariane-3

Same as INSAT-1A. Served for only one-and-a-half years.

INSAT-1D

12 Summer 1990

Delta 4925

Identical to INSAT-1A. Still in service. A third stage motor landed from its kick off, landed in Australia in 08.[2]

IRS-1B

up to 29 August 1991

Vostok

Earth observation satellite. Improved variation of IRS-1A.

INSAT-2DT

twenty six February 1992

Ariane-44L H10

Launched as Arabsat 1C. Obtained in orbit from Arabsat in January 1998.

Expanded Rohini Satellite tv Series(SROSS-C)

twenty May 1992

ASLV

Transported gamma beam astronomy and aeronomy payload.

INSAT-2A

10 July 1992

Ariane-44L H10

First dish in the second-generation Indian-built INSAT-2 series. Features enhanced capacity over INSAT-1 series. Nonetheless in service.

INSAT-2B

23 September 1993

Ariane-44L H10+

Second satellite in INSAT-2...

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