26 July 2009: INS Arihant (means slayer of enemy) is the first indigenous nuclear submarine
Inagurated by PM's wife Smt Gurusharan Kaur in Vishakhapattanam dry dock (submarines are launched by lady)
India has the policy of second strike in nuclear weapons (attack in self defence)
Arihant developed entirely in India with the collaboration of Russia. A special alloy steel and nuclear reactor used in it, was supplied by Russia. [30,000Cr project, 6000 Tonne Arihant powered by 85 MW capacity nuclear reactor; surface speed - 22-28 km/h; submerged speed - 44 km/h (24 knots) ]
India now joins exclusive club of five countries USA, Russia, UK, France and China who have capability to develop Nuclear submarine
It is just a coincidence that sea launching of Submarine held on Russian Naval Day
As per Defence Minister AK Antony, this project, dreamed by Late PM Indira Gandhi, completes today 26 July 2009
Arihant will be loaded with Sagarika missile which have capability to counteract in the event of nuclear attack
It has unlimited range except food supplies (Submarines have to come on the water surface for taking the oxygen while in nuclear powered submarines it is not required, so it can be in deep water even for six months)
This was required in the light of neighbouring security environment. It is the submarine which have capability to self defence in the event of nuclear attack. Other ground and air based systems might be destroyed in the first enemy attack itself.
1953 Born. Graduated from Allahabad Univ., PG in Physics with Electronics specialization and PhD from Kanpur Univ./ IIT. Associated in the development of nitrogen laser at IIT/K and taught PG classes at Ch. Ch. College Kanpur. Joined DRDO in 1980(from first batch of DRDS through UPSC)as Scientist 'B' at DLRL Hyderabad and came to SSPL Delhi in 1983. Retired from the post of Scientist 'G' (Director). Some of scientific achievements are as follows:
1. Development of high efficiency horn antenna feed
2.Design of Si - Impatt diode at 94 GHz
3. Shukla-Sen model for drift velocities of hot charge carriers in Si
4. Development of GaAs MMIC technology and its transfer for production
5. Design of 0.5 um PHEMT for 40 GHz MMIC technology
6. Simulation of GaAs HBT for power amplifiers and oscillators
7. Contributed Rajbhasha in the science and technology
About 50 Publications in International and National journals.
RECENTLY PUBLISHED A BOOK BHAGWATAMRITAM - A SIMPLE BOOK ON SRIMAD BHAGWAT KATHA
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