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	concern about chemical toxicity of depleted uranium munitions: is this about the remains of used munition or also about handling munition? - ] 08:05 Dec 27, 2002 (UTC)
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			== Yacht keels ==
	----

			At least one of the French ]s that were built as ] challengers used a DU keel, possibly ]. I'm looking for references, any help appreciated. ] (]) 17:27, 25 September 2020 (UTC)
	''Recent studies of scientific bodies outside the USA and the UK''

			From memory it was one of the yachts financed by ], which means in 1970, 1974, 1977 or 1980, so it wasn't France 3 which was a 1983 effort. ] (]) 17:35, 25 September 2020 (UTC)
	Which studies? Where can one find them?
			:I'm now less confident that it wasn't ]. There was involvement by a ] or ] involved in that one too. ] (]) 20:55, 29 July 2022 (UTC)
			:There was a Sydney headline "A Baron of beef" at the time but I can't find it in Trove. ] (]) 21:57, 29 July 2022 (UTC)

			== Radiological weapon? ==
	''Small amounts of radiation may even be more harmful to the body as bigger doses may be. While bigger doses kill cells, smaller doses only damage them. While dead cells are replaced by the body, these damaged cells are a possible source of cancer.''

			Can be the DU ammo be categorized as a radiological weapon? Though not used as an area-denial material, the DU has the secondary effect of contaminating the targets it hit (tanks, armoured vehicles, bunkers, etc.). The US vehicles struck by friendly DU rounds in both the Gulf War and the Invasion of Iraq had to be "washed" as they represented some radiological hazard.----] (]) 00:58, 14 November 2020 (UTC)
	As far as I know, that is nonsense. What kind of study said that? The more radiation you get (the integral), the worse it is. It is false that "big doses kill cells" while "smaller doses only damage them", both big and small doses kill and damage a certain amount of cells, but of course big do more of both, killing (some cellules) and damaging (many others).
			:That doesn't make it a radiological weapon, which are nuclear weapons or ] used for area denial, . ] (]) 17:39, 16 November 2020 (UTC)
			:: Well, as DU creates vast contamination areas on battlefields, there is no way to deny that this aspect actually does exist. However, this is not an effect intended by the military. At least they claim not to intend such effects. Nevertheless it might be seen as a criminal act to cause such contamination as an unintended, but predictable and well known effect of DU use. So this is a rather tricky issue. ] (]) 19:48, 29 March 2023 (UTC)

			== incorporated DU will directly harm body cell DNA ==
	I suggest this be removed, and the source for any other claims be verified. -- ] May 27 10:14 UTC 2003

			There should be at least some explanation in the text concerning DU dusts entering body cells when inhaled. This causes radioactive radiation to be created directly in body cells, obviously causing direct harm to cellular DNA, thus probably causing cancer and various birth defects. So far, there is no such aspect mentioned in the article... ?! ] (]) 19:53, 29 March 2023 (UTC)
	:This isn't nonsense, it's the basis for chemotherapy. That's why radiation is used to treat cancer - or maybe it's not used anymore, I'm not up on this. Strong doses of radiation will kill weak (e.g. cancerous) cells and leave healthy cells still alive, hopefully. I don't find this passage that ridiculous. ]

			== Density of depleted uranium ==
	Article about the damage by radiation: http://www.heise.de/tp/deutsch/inhalt/lis/14534/1.html
	And something in English as well: http://www.pnas.org/cgi/content/abstract/99/19/12220 .
	The German article above seems to refer to the English article mentioned right after it. As far as I know, that is pretty good proof, especially when remembering my VERY conditional style when adding these things to the article, so suit yourself.

			The article currently says:
			:Depleted uranium is notable for the extremely high density of its metallic form: at 19.1 grams per cubic centimetre (0.69 lb/cu in), DU is 68.4% denser than lead.

			This is misleading; depleted uranium has the same density as natural ]. It's just that its lower radioactivity makes it useful in applications where the radioactivity of natural uranium would be a problem.
	--]

			This section should be modified to make that clear. ] (]) 18:53, 12 April 2024 (UTC)

			:Technically, depleted uranium is marginally denser than natural uranium, since U-238 has a higher atomic mass than U-235. ;-) But the difference is less than 0.1%, so I would also support a rewording for clarity. One could also mention that DU is not the densest material - gold and most other precious metals are denser, osmium by almost 20%. ] (]) 13:28, 16 April 2024 (UTC)
	http://www.heise.de/tp/deutsch/html/result.xhtml?url=/tp/deutsch/special/irak/14636/1.html German article about possible harm about DU ammunition,
			::I made this change. ] (]) 00:19, 5 December 2024 (UTC)
	http://www.physik.uni-oldenburg.de/Docs/puma/radio/Uran_Munition.html#_3.4_Uranverbindungen about DU aerosols,

	http://www.heise.de/tp/deutsch/inhalt/co/12222/1.html refers to a UN study about DU ammunition. --]

			==Calorimeters==
			I've read a significant amount about these calorimeters, the closest I have come to finding that radioactivity is a desirable property is a mention of using it to calibrate the calorimeter. I think we need something far more solid to show that it is a desirable feature, as I see no mention of it vs. Pb, the benefits I saw mentioned are pragmatic relating to the properties of the resulting instruments in detecting scintillations. Of course what I have read has only scratched the surface, so the text may well be correct. All the best: ''] ]''<small> 13:34, 9 November 2024 (UTC).</small><br />

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Yacht keels

At least one of the French 12 metre yachts that were built as America's Cup challengers used a DU keel, possibly France 3. I'm looking for references, any help appreciated. Andrewa (talk) 17:27, 25 September 2020 (UTC)

From memory it was one of the yachts financed by Marcel Bich, which means in 1970, 1974, 1977 or 1980, so it wasn't France 3 which was a 1983 effort. Andrewa (talk) 17:35, 25 September 2020 (UTC)

I'm now less confident that it wasn't France 3. There was involvement by a Baron Bic or Baron Bich involved in that one too. Andrewa (talk) 20:55, 29 July 2022 (UTC)

There was a Sydney headline "A Baron of beef" at the time but I can't find it in Trove. Andrewa (talk) 21:57, 29 July 2022 (UTC)

Radiological weapon?

Can be the DU ammo be categorized as a radiological weapon? Though not used as an area-denial material, the DU has the secondary effect of contaminating the targets it hit (tanks, armoured vehicles, bunkers, etc.). The US vehicles struck by friendly DU rounds in both the Gulf War and the Invasion of Iraq had to be "washed" as they represented some radiological hazard.----Darius (talk) 00:58, 14 November 2020 (UTC)

That doesn't make it a radiological weapon, which are nuclear weapons or dirty bombs used for area denial, . VQuakr (talk) 17:39, 16 November 2020 (UTC)

Well, as DU creates vast contamination areas on battlefields, there is no way to deny that this aspect actually does exist. However, this is not an effect intended by the military. At least they claim not to intend such effects. Nevertheless it might be seen as a criminal act to cause such contamination as an unintended, but predictable and well known effect of DU use. So this is a rather tricky issue. 88.67.87.171 (talk) 19:48, 29 March 2023 (UTC)

incorporated DU will directly harm body cell DNA

There should be at least some explanation in the text concerning DU dusts entering body cells when inhaled. This causes radioactive radiation to be created directly in body cells, obviously causing direct harm to cellular DNA, thus probably causing cancer and various birth defects. So far, there is no such aspect mentioned in the article... ?! 88.67.87.171 (talk) 19:53, 29 March 2023 (UTC)

Density of depleted uranium

The article currently says:

Depleted uranium is notable for the extremely high density of its metallic form: at 19.1 grams per cubic centimetre (0.69 lb/cu in), DU is 68.4% denser than lead.

This is misleading; depleted uranium has the same density as natural uranium. It's just that its lower radioactivity makes it useful in applications where the radioactivity of natural uranium would be a problem.

This section should be modified to make that clear. TypoBoy (talk) 18:53, 12 April 2024 (UTC)

Technically, depleted uranium is marginally denser than natural uranium, since U-238 has a higher atomic mass than U-235. ;-) But the difference is less than 0.1%, so I would also support a rewording for clarity. One could also mention that DU is not the densest material - gold and most other precious metals are denser, osmium by almost 20%. Roentgenium111 (talk) 13:28, 16 April 2024 (UTC)

I made this change. TypoBoy (talk) 00:19, 5 December 2024 (UTC)

Calorimeters

I've read a significant amount about these calorimeters, the closest I have come to finding that radioactivity is a desirable property is a mention of using it to calibrate the calorimeter. I think we need something far more solid to show that it is a desirable feature, as I see no mention of it vs. Pb, the benefits I saw mentioned are pragmatic relating to the properties of the resulting instruments in detecting scintillations. Of course what I have read has only scratched the surface, so the text may well be correct. All the best: Rich Farmbrough 13:34, 9 November 2024 (UTC).

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