reply to post by DeadFlagBlues
I know, I know.... I totally agree, here's our request, I guess....
Originally posted by SKUNK2
I thought that Tungsten was denser than Uranium, so Tungsten is a more effective ammunition![]()
DU can be used to engage the enemy at greater distances than tungsten penetrators or high explosive anti-tank (HEAT) rounds because of improved ballistic properties. When they strike a target, tungsten penetrators blunt while DU has a self-sharpening property. DU ammunition routinely provides a 25 percent increase in effective range over traditional kinetic energy rounds.
On impact with a hard target (such as a tank) the penetrator may generate a cloud of DU dust within the struck vehicle that ignites spontaneously creating a fire that increases the damage to the target. Due to the pyrophoric nature of DU, many of the DU particles and fragments that are formed during and following impact and perforation will spontaneously ignite, resulting in a shift of the particle size probability distribution function to a smaller mean diameter. As a result of physical differences between DU and its oxides, the oxide particles tend to crumble under relatively weak mechanical forces, further shifting the particle size to an even smaller mean diameter.
www.globalsecurity.org...
Geneva Conventions of 12 August 1949, and relating to the Protection of Victims of International Armed Conflicts. Adopted on 8 June 1977 by the Diplomatic Conference on the Reaffirmation and Development of International Humanitarian Law applicable in Armed Conflicts; entered into force 7 December 1979
It is prohibited to employ methods or means of warfare which are intended, or may be expected, to cause widespread, long-term and severe damage to the natural environment.
In a 1998 training manual, the U.S. Army acknowledged the hazards of depleted uranium, requiring that anyone who comes within 25 meters of DU-contaminated equipment or terrain wear respiratory and skin protection. The manual cautioned: “Contamination will make food and water unsafe for consumption.”
And in November 1999, NATO sent its commanders the following warning: “Inhalation of insoluble depleted uranium dust particles has been associated with long-term health effects, including cancers and birth defects.”
Two types of depleted uranium exist. One is “clean” depleted uranium, a byproduct of the processing of uranium ore into uranium-235 (which is used in nuclear fuel and weapons). The other type is created at government facilities as a byproduct of reprocessing spent nuclear fuel (done to extract plutonium for nuclear warheads) and is known as “dirty” depleted uranium because it contains highly toxic plutonium.