It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
(visit the link for the full news article)
After a series of breakthroughs in space research and technology, Iran sets the wheels turning on plans to send its first astronaut into orbit.
Iran's Minister of Communications and Information Technology, Reza Taqipour, said Wednesday that scientists are exploring ways to implement preliminary plans to launch a manned mission into space.
Earlier in February, Iran went down in history for placing its domestically-made satellite into orbit and thus joining a small group of countries that...
Originally posted by abecedarian
An inference could be made between being able to place a human in orbit and building an intercontinental ballistic missle. Do the first, and you have a launch vehicle for a high-yield explosive device, capable of reaching anywhere in the world.
Originally posted by angelx666
gees, do they really have electricity there ?
After a series of breakthroughs in space research and technology, Iran sets the wheels turning on plans to send its first astronaut into orbit.
After Russia gave Iran a bunch of equipment, documents, and other information, Iran sets the wheels turning on plans to send its first astronaut into orbit.
The bill would impose sanctions on foreign companies that export refined petroleum products, such as gasoline, to Iran or help maintain the country's domestic refining capacity. This would include companies that provide ships or shipping services to transport the fuel, underwrite the shipments and finance or broker the relevant gasoline cargoes.
www.reuters.com...
• Raising Iran's LEU to higher enrichment levels is a step backwards. Two-thirds of the work to get 90% enriched uranium, the most efficient weapons grade, is accomplished when U235 isotope levels in natural uranium are enriched to Iran's current level of approximately 3%-5%. Further enrichment of Iran's LEU to 19.75% is a significant step in the wrong direction. This is barely under the 20% definition of weapons-grade, highly enriched uranium (HEU). Ironically, Resolution 1887, adopted while Mr. Obama presided over the Security Council last week, calls for converting HEU-based reactors like Iran's to LEU fuel precisely to lower such proliferation risks. We should be converting the Tehran reactor, not refueling it at 19.75% enrichment.
After Geneva, the administration misleadingly stated that once fashioned into fuel rods, the uranium involved could not be enriched further. This is flatly untrue. The 19.75% enriched uranium could be reconverted into uranium hexafluoride gas and quickly enriched to 90%. Iran could also "burn" its uranium fuel (including the Russian LEU available for the Bushehr reactor) and then chemically extract plutonium from the spent fuel to produce nuclear weapons.
online.wsj.com...
Originally posted by ModernAcademia
Hmmm
I'm no specialist but can this have anything to do with this
U.S. lawmaker ready to push Iran fuel sanctions bill
The bill would impose sanctions on foreign companies that export refined petroleum products, such as gasoline, to Iran or help maintain the country's domestic refining capacity. This would include companies that provide ships or shipping services to transport the fuel, underwrite the shipments and finance or broker the relevant gasoline cargoes.
www.reuters.com...
Iran right now already has so many sanctions as it is on fuel, they can't even make their own gas. This bill would impose even thoughter sanctions on Iran. So how would they visit outer space without rocket fuel?
Don't the russians use uranium instead of rocket fuel?
So with these sanctions how would they visit space?
However there is the below:
• Raising Iran's LEU to higher enrichment levels is a step backwards. Two-thirds of the work to get 90% enriched uranium, the most efficient weapons grade, is accomplished when U235 isotope levels in natural uranium are enriched to Iran's current level of approximately 3%-5%. Further enrichment of Iran's LEU to 19.75% is a significant step in the wrong direction. This is barely under the 20% definition of weapons-grade, highly enriched uranium (HEU). Ironically, Resolution 1887, adopted while Mr. Obama presided over the Security Council last week, calls for converting HEU-based reactors like Iran's to LEU fuel precisely to lower such proliferation risks. We should be converting the Tehran reactor, not refueling it at 19.75% enrichment.
After Geneva, the administration misleadingly stated that once fashioned into fuel rods, the uranium involved could not be enriched further. This is flatly untrue. The 19.75% enriched uranium could be reconverted into uranium hexafluoride gas and quickly enriched to 90%. Iran could also "burn" its uranium fuel (including the Russian LEU available for the Bushehr reactor) and then chemically extract plutonium from the spent fuel to produce nuclear weapons.
online.wsj.com...
I'm no expert but...
• Raising Iran's LEU to higher enrichment levels is a step backwards. Two-thirds of the work to get 90% enriched uranium, the most efficient weapons grade, is accomplished when U235 isotope levels in natural uranium are enriched to Iran's current level of approximately 3%-5%. Further enrichment of Iran's LEU to 19.75% is a significant step in the wrong direction. This is barely under the 20% definition of weapons-grade, highly enriched uranium (HEU). Ironically, Resolution 1887, adopted while Mr. Obama presided over the Security Council last week, calls for converting HEU-based reactors like Iran's to LEU fuel precisely to lower such proliferation risks. We should be converting the Tehran reactor, not refueling it at 19.75% enrichment. After Geneva, the administration misleadingly stated that once fashioned into fuel rods, the uranium involved could not be enriched further. This is flatly untrue. The 19.75% enriched uranium could be reconverted into uranium hexafluoride gas and quickly enriched to 90%. Iran could also "burn" its uranium fuel (including the Russian LEU available for the Bushehr reactor) and then chemically extract plutonium from the spent fuel to produce nuclear weapons. online.wsj.com...