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The article Tank is far too large. Most of the tank#Vulnerability section should be merged here, leaving behind a concise summary. Any objections? —MichaelZ. 2006-10-18 16:52 Z
Also, the WW2 section says: "...its allies in the West were resigned to its defeat by a numerically superior Wehrmacht...". That is wrong. In fact, the Allies outnumbered the Wehrmacht in both, men and machines (-tanks-), since the very beginning of the war. — Preceding unsigned comment added by 62.154.195.115 (talk) 12:47, 17 August 2011 (UTC)[reply]
Steven J. Zaloga, in US [sic] Anti-tank Artillery 1941-45 (Oxford: Osprey, 2005), p.8, says the combination of rocket motor and shaped charge warhead leading to bazooka put an end to U.S. Army development of light antitank guns. I just can't figure out where to put it in... TREKphilerany time you're ready, Uhura 09:16, 2 December 2009 (UTC)[reply]
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"Among novelties designed to defeat AT missiles, some tanks (like the M-84, Yugoslav variant of T-72) fitted advanced detection sensors which, when detecting high heat signatures of a missile launch, would automatically aim and fire machine guns at the source of the launch. Facing these tanks in large numbers during the Yugoslav wars, units fighting them adapted by either firing missiles and immediately moving or by firing multiple missiles at once, which overloaded the sensors."
That's just an urban legend. I've read that in quite many places, but haven't seen a single real source for it. I'm removing it. Latre (talk) 17:37, 22 June 2008 (UTC)[reply]
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I rewrote this as the material stays solid, as can be read eg. in the actuall article on shaped charges. This common misconception should not be spread.
Welcome to Wikipedia. WP:V and WP:RS will be some useful reading at this point. It's one thing to claim this, but can you source it with a reliable, independent source? If not, your change is likely to be reverted. Andy Dingley (talk) 09:41, 11 October 2017 (UTC)[reply]
"It is universally agreed that conical liner collapse and target penetration both occur by hydrodynamic flow. However, it has been established by X-ray diffraction that the jet is solid metal and not molten. Additionally, best estimates of jet temperature by incandescence colour suggest a mean value of about 450°C, and copper melts at 1083°C at atmospheric pressure. So the following conundrum is the first confusion: The jet appears to behave like a fluid, and yet it is known to be a solid. One recent theory that would help explain this is that the jet has a molten core but with a solid outer sheath (Cullis, DERA Fort Halstead, UK)."
Edit: One more thought... both statements were just claims, neither one had a source. How is it determend which one stays? Why wouldnt both claims be removed untill there is a source? Simply because "it was there first"? I dont want to be annoying, Im just curious how this works and why. — Preceding unsigned comment added by 204.136.206.153 (talk) 07:46, 16 October 2017 (UTC)[reply]
Stay curious! The answer is: we're doing it here -- talk page discussion to reach WP:CONSENSUS.
Yes, sure, but what if there is no (quick) way to verify the disputed points? Why would one of the claims stay in the article? And should I edit this article again now or is there still a problem? — Preceding unsigned comment added by 204.136.206.153 (talk) 06:06, 17 October 2017 (UTC)[reply]
WP's standard WP:BRD cycle can be just a day or two, but it is not guaranteed by any means to be "quick", and, yes, the "old" info tends to stay in the article during the whole time. (A few things, like WP:COPYVIO and WP:BLP, are exceptions.) But for long disputes, it's usually because it's in a gray area, so the old info is not so obviously wrong that WP is harmed by stating the less-than-up-to-date version. (In theory, at least.) So far, no one's found a better method for WP consensus.
Alright, thank you for clearing that up. I think I have edited it correctly, but I was unable to make a hyperlink... oh well, its easy to find anyway. — Preceding unsigned comment added by 204.136.206.153 (talk) 06:13, 18 October 2017 (UTC)[reply]