WOW so the indigenous part goes down the drain when caught with the pants down :rotfl: … SO the Canadians/Russkies/US/Israel can proliferate .. LOL …
Here is aaj ki taja khabar…
http://www.indiaexpress.com/news/world/20030109-0.html
Russia helped India’s nuclear plan: CIA
10.39 IST 09th Jan 2003
By IndiaExpress Bureau
In its semi-annual report the Central Intelligence Agency (CIA) has said that Russia has significantly supported in developing India’s nuclear programmes with technology and equipment
Look what ya EX matsters have been upto… :rotfl:
N Korean Nuclear Arsenal
By Lee Wha Rang
The US-N Korea Geneva Nuclear Accord freezes N Korea’s nuke “activities” in return for six billion-plus dollars in aids. N Korea’s existing nuclear sites are not immediately affected. The accord does not address the “existing” nuclear devices. Its primary interest appears to be curtailing further expansion of nuke production in N Korea.
Nuke Sites
Yongbyon 0.1 megawatts thermal (MWt) critical assembly - This small reactor is believed to be the first nuclear reactor in N Korea. It was provided by the Soviet and went into operation in early 1960s. Its primary function is isotope production.
Yongbyon Reactor I - The construction of this natural uranium-graphite power reactor began in 1980 at Yongbyon, 100 km north of Pyongyang. It is based on a 1950 MAGNOX technology (graphite moderator, aluminum-magnesium clad natural uranium fuel , CO2 gas cooling). The reactor was completed in 1984 and it as was activated in February 1987 under Prof. Ha Kyong Won, a Korean physicist educated in US. After many startup problems, it was operating at 20-30 MW by 1990.
N Korea removed about 30 lb. of plutonium from this reactor in 1988 and built two nuclear bombs. From 1989 to 1991, N Korea may have extracted additional 60 lb. of plutonium, enough for five nukes.
Yongbyon Reactor II - A 50 MW MAGNOX-type reactor was started in 1984. N Korea built a military nuclear complex next to this reactor. This complex was completed in 1989 and the reactor was tentatively activated in 1992. This reactor alone is capable of producing enough plutonium for 10-12 nukes a year.
Taechon Reactor I - The construction of a 200 MW MAGNOX-type reactor was started at Taechon, 60 miles north of Pyongyang in 1988 and it is expected to be completed in 1996.
Taechon Reactor II - A 600-800 MW reactor is also underway at Taechon (completion possible by 1997). This reactor could produce 180-230 Kg of plutonium a year, enough for 30-40 nukes.
Simpo Reactor I - This 635mw reactor is based on a German design. In May 1989, N Korea and Germany signed a comprehensive agreement on the transfer of “substantial” amounts of German nuclear technology and nuclear weapons materials, including enriched uranium, to Pyongyang. The transfer of the German nuclear know-how has continued via Iran, Libya Syria and Yugoslavia.
Yongbyon Separation Plant - A plutonium separation facility (“Radiological Research Lab”) was built at Yongbyon in 1987. This plant is capable of handling several hundreds of tons of fuel a year, enough to handle fuel from all of the reactors , some 33 lb. of plutonium annually.. The plutonium factory for the nuclear weapons is a single story building constructed on top the main plutonium reprocessing facility, deep underground. In 1993, N Korea completed a second plant, doubling its capacity for plutonium production.
About 70 lb. were believed to have been extracted from the reactors since 1991. In 1992, N Korea bought 120 lb. of plutonium from a former Soviet block country and may have produced 10 bombs. It is quite possible that N Korea has acquired additional nuclear material from the former Soviet republics.
Most intelligence sources, including Russian and Chinese, state that N Korea has close to 10 operational nuclear warheads for its missiles and two nuclear devices that can be carried by truck , boat or transport aircraft. N Korean warheads are of 50 KT class, weighing around 1,100 lb.
Or will you say that it was “doctored” 
