From: Mikolaj Habryn <dichro@tartarus.uwa.edu.au>
To: m5@vail.tivoli.com (Mike McNally)
Message Hash: d12b1a06a8b7a238e45e3df28fdc1bea5adc8b6ab996c74c75ae2f2b0e9ffa67
Message ID: <199408260358.LAA02907@lethe.uwa.edu.au>
Reply To: <9408251708.AA04970@vail.tivoli.com>
UTC Datetime: 1994-08-26 03:59:58 UTC
Raw Date: Thu, 25 Aug 94 20:59:58 PDT
From: Mikolaj Habryn <dichro@tartarus.uwa.edu.au>
Date: Thu, 25 Aug 94 20:59:58 PDT
To: m5@vail.tivoli.com (Mike McNally)
Subject: Re: Nuclear Weapons Material
In-Reply-To: <9408251708.AA04970@vail.tivoli.com>
Message-ID: <199408260358.LAA02907@lethe.uwa.edu.au>
MIME-Version: 1.0
Content-Type: text/plain
> I don't know much about modern munitions, but I do know that armor
> piercing rounds may have no charge in them at all. Generally, when a
> round pierces one side of a vehicle, it loses enough energy and is
> suitably deformed to prevent exit from the opposite wall. It does,
> however, bounce around quite a bit, which can be plenty of fun in a
> tank loaded with equipment, munitions, and soldiers.
I was under the impression that the most common techniquoe for
creating armour-piercing munitions was to use shaped-charges. While
depleted uranium has it's uses (being, as someone said, rather dense),
mass alone will not get through everything. A shaped charge will get
through more things more violently :)
--
* * Mikolaj J. Habryn
dichro@tartarus.uwa.edu.au
* "I'm just another sniper on the information super-highway."
PGP Public key available by finger
* #include <standard-disclaimer.h>
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