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originally posted by: ArmyOfNobunaga
a reply to: Zcustosmorum
Lol
Sure
And every other nation in the world with satellites are being quiet about it.
I can just see Putin telling his cabinet "yes comrades let's just be quiet about this... America is doing the right thing" looooool
originally posted by: SLAYER69
originally posted by: Zcustosmorum
The U.S. drags itself through the mud quite capably
[I]edit on -180002014-10-29T13:50:50-05:00u5031201450102014..... [/I]
Agreed
So why the need to use fiction? Must be a slow News day.
P.S. Your sock is showing.
originally posted by: eyeinoz
no nukes just a big bomb by the look of the pic
originally posted by: DJW001
originally posted by: nukedog
originally posted by: DJW001
originally posted by: nukedog
a reply to: DJW001
Seismographs all over the world? So all nukes are giant nukes by default?
There's no such thing as a little bitty nuclear explosion.
10k of TNT seems to be the smallest payload developed. How big is that?
It would probably be detected as about a magnitude 4+ quake.
Easy reference.
Difficult reference.
In any event, Iran would certainly be screaming about the fallout.
originally posted by: DJW001
originally posted by: nukedog
originally posted by: DJW001
originally posted by: nukedog
a reply to: DJW001
Seismographs all over the world? So all nukes are giant nukes by default?
There's no such thing as a little bitty nuclear explosion.
10k of TNT seems to be the smallest payload developed. How big is that?
It would probably be detected as about a magnitude 4+ quake.
Easy reference.
Difficult reference.
In any event, Iran would certainly be screaming about the fallout.
Seismic activity
South Korea and Japan reported seismic activity at 09:50 KST (00:50 UTC). The United States Geological Survey reported a magnitude 4.7 earthquake at a depth of zero and put the center of the tremor about 70 kilometres (43 mi) northwest of Kimchaek and 375 kilometres (233 mi) northeast of Pyongyang, within a few kilometres of the country's 2006 nuclear test site. The Japan Meteorological Agency measured the seismic activity at magnitude 5.3. The Korea Institute of Geoscience & Mineral Resources reported seismic activity in the same area but far stronger than in 2006. The Russian Defence Ministry confirmed it had detected a nuclear detonation in North Korea and was analysing the data to determine the yield. Geophysical Service of the Russian Academy of Sciences has registered underground nuclear explosion conducted in North Korea on May 25, 2009. Registration time of this explosion was 00:54 a.m. GMT (04:54 a.m. Moscow time) with magnitude 5.0. In China, tremors were felt in the prefecture of Yanbian, which borders North Korea, and forced students in some local schools to be evacuated. The test is believed to have taken place at Mantapsan in the vicinity of P’unggyeri (Korean: 풍계리), which was the site of the nuclear test held in 2006.
originally posted by: ArmyOfNobunaga
a reply to: Zcustosmorum
Lol
Sure
And every other nation in the world with satellites are being quiet about it.
I can just see Putin telling his cabinet "yes comrades let's just be quiet about this... America is doing the right thing" looooool
originally posted by: superman2012
a reply to: SLAYER69
My favourite Duff article ever.
Enjoy!
Until proven otherwise it isn't fiction, it's theory, I would've thought you'd of all people would know that
originally posted by: JohnFisher
a reply to: Zcustosmorum
These are horrible references. Global Research pretends it's scholarly and academic. In reality it is shortsighted and not very objective. Unless one is interested in conspiracy theory simply for fantasy-like entertainment, then it is exceedingly important to root out all the crap. Conspiracy theorist is another name for investigative researchers/journalist. Global Research is is like yellow journalism for the conspiracy theorist.
Journal New Eastern Outlook (NEO)... It's based out of Moscow. When it comes to western interests, you can't seriously think Russian news is on point do you?
originally posted by: Zcustosmorum
Until proven otherwise it isn't fiction, it's theory, I would've thought you'd of all people would know that
originally posted by: SLAYER69
originally posted by: Zcustosmorum
Until proven otherwise it isn't fiction, it's theory, I would've thought you'd of all people would know that
Fine, I'll give it one thumbs up
I found the acting to be lacking, the director seems to have taken a vacation midway through filming and the casting could have been much better. I see they saved money on going with unknowns.
Other than that...
And as I've said before, the article asks the questions and it's well known that the U.S. primarily has used depleted uranium in past conflicts.
originally posted by: DJW001
a reply to: Zcustosmorum
And as I've said before, the article asks the questions and it's well known that the U.S. primarily has used depleted uranium in past conflicts.
Depleted uranium shells are not "nuclear weapons." Nuclear weapons involve fission or fusion reactions that give off large quantities of gamma radiation, high energy particles, neutrons, ionized particles and assorted radioactive fallout. If Iran isn't screaming about fallout, no nukes have been used in Syria or Iraq.
Many contemporary uses of uranium exploit its unique nuclear properties. Uranium-235 has the distinction of being the only naturally occurring fissile isotope. Uranium-238 is fissionable by fast neutrons, and is fertile, meaning it can be transmuted to fissile plutonium-239 in a nuclear reactor. Another fissile isotope, uranium-233, can be produced from natural thorium and is also important in nuclear technology. While uranium-238 has a small probability for spontaneous fission or even induced fission with fast neutrons, uranium-235 and to a lesser degree uranium-233 have a much higher fission cross-section for slow neutrons. In sufficient concentration, these isotopes maintain a sustained nuclear chain reaction. This generates the heat in nuclear power reactors, and produces the fissile material for nuclear weapons. Depleted uranium (238U) is used in kinetic energy penetrators and armor plating.[6]