Yes, it's a Scottish site. Are you implying that the big TV networks are more credible? Credible at all?Originally posted by Dont Hurt Me
Look at the web site??? Not the big 3 or 4 networks is it?
So DU is toxic just like lead, then?Originally posted by Dont Hurt Me
Think of lead, now think of depleted uranium, not much difference hence the word depleted uranium.
Lead is poisonous. The more you come into contact with it, the higher the likelihood that it will affect you. Chances are, it has already done mild, probably unnoticeable damage to your nervous system. If you had put lead sinkers onto your fishing line every day as a kid, you would be dead by now.Originally posted by JesseJames
As a kid, I use to do a lot of fishing. Hence, I use to put lead sinkers on my line with my teeth. Now I do it with my Gerber mult-pliers. Am I in trouble?
Well, Saddam = evil. Also an Axis of Evil member (worth bonus evil points). USA = not evil. So you see, it's very simple. Saddam does bad things, USA may do bad things too (allegedly!), but since USA = not evil, Saddam > USA in the evil department. This is important because if USA < Saddam, USA = 0 in evil.Originally posted by pseudobrit
What does it matter how many Saddam killed?
What does that have to do with anything?
Originally posted by MrMacman
Whatever, the U.S has more WMD than any nation. Period.
Originally posted by AlphaTech
Prove it.
Originally posted by elfin buddy
Which kills a person more efficiently, a regular bullet or a bullet tipped with uranium? Actually, if a person is hit in a vital area with either of those bullets, I suspect he would die quickly, without a noticeable effect. The uranium is just an added and completely unwarrented bit of nastiness, which is also extremely dangerous when used in large quantities.
5. Is toxic impact of DU on human helath more dangerous than radiological one?
Dangerous effect of exposure to depleted uranium could be inducted by outside or inside radiation. Outside radiation is significant when the whole sting or its parts are close to humans. If such parts are in direct contact to skin, because of the alpha and beta radiation, it could be burned. Such cases are rare and could be avoided
Inside radiation is, however, difficult to avoid and is much more dangerous. Basic threat appears when inhaling or congesting DU particles. Once in taken, uranium endangers all tissues it encounters, primarily lungs, liver, kidneys but also other organs, such as spinal content tissue, etc. Inhaled uranium dust has soluble and insoluble particles. Soluble particles are toxic and they poison the organism while the insoluble parts are more dangerous because of their radioactivity. Increased risk to cancer is about 5% per sievert what means that someone that has been exposed to DU close to impact spot might have increased risk to cancer from 20% upwards.
Tiny uranium parts penetrate soil into underground water contaminating, such, the whole food chain on a long-term basis. DU half decay time is 4.5 billion years what practically means that, once spread, it stays in our environment forever. The most endangered are soldiers and individuals that were close to impact spots at very attack. It is not excluded that such persons might have inhaled hundreds of grams of DU. It is quite possible that people working on mending damages after bombing, inhale additional quantities of DU particles. This because dust is disturbed by people, vehicles or wind. Equivalent doses are, in such cases, less (tenths of micro sieverts ) but not less dangerous.
If the target is missed, just a little percent of DU will become insoluble dust. Solid uranium will be on the surface or under it where it will react with water. Depending on geological situation, there is high risk on contamination of underground water. Detailed examinations must be exercised for every particular case.
Originally posted by AlphaTech
As for the DU rounds, from the fast research I just performed (do a google search ), the DU part of tank ammo are in fact the working part of the SABOT rounds. The DU part is a shaft that penetrates the armor thus defeating the tank.
Read for yourself at the following links...
http://www.theavonlady.org/theofpfaq/Armor/heatsabot.htm
and
http://www.fas.org/man/dod-101/sys/land/m829a1.htm
As for A10 ammunition, I believe that those rounds essentially self-consume when they connect with something (like a tank or the ground). As such, it would take a major effort to gather up what remains of the DU. As was pointed out before, it's DEPLETED uranium. As such, it's no longer any more radioactive then the rest of the world (no more deadly then environmental background radiation). The DU part is simply a denser material, which makes it ideal for defeating tank armor.
A
Originally posted by AlphaTech
...As was pointed out before, it's DEPLETED uranium. As such, it's no longer any more radioactive then the rest of the world (no more deadly then environmental background radiation). The DU part is simply a denser material, which makes it ideal for defeating tank armor.
A
Originally posted by idkew
you have no idea what you are talking about. if you were hit with one of the a-10's 16" bullets, you would be in so many pieces you would not be recognizable, or it would pierce you straight through and hit something behind you.
the bullet is designed to pierce armor, not kill one person.
Originally posted by armandtanzarian
A few facts about depleted uranium: Most people see "uranium" and jump to conclusions about what it is. But, shells made of it are actually only slightly radioactive, as the radioactive isotopes have been removed. Hence, the name "depleted."
Originally posted by Backtothemac
Saddam for you info has used more chemical weapons than any other country. Go talk to some Iranians, and you will see the truth.
I have a friend that was a commander in the Iranian army. He can tell you some nice stories about Saddam.
Originally posted by elfin buddy
Once typical American reactors have used up their enriched uranium to the point that it is no longer fissionable in their reactors (I think the U-235 concentration drops to about 1.0%, but I'm not sure), the depleted uranium is often sent north to Canada, where CANDU (Canada Deuterium Uranium) reactors can fission this depleted uranium. Depending on which specific CANDU reactor is in question, they can be capable of fissioning even extremely low U-235 concentrations, as are found in the depleted uranium being used as tips for bullets.
Originally posted by Backtothemac
Oh come on, who gives a ****!
Originally posted by Backtothemac
As for Japan and nukes. Look, we had a choice. Loose over 300,000 Americans, and some say over 2 millions Japanese, or use the bomb in an attempt to stop the war.
Once again, our government does give a flying **** about the native population. Go figure.