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- Newsgroups: sci.military
- Path: sparky!uunet!gatech!hubcap!ncrcae!ncrhub2!ciss!law7!military
- From: edremy@leland.Stanford.EDU (eric remy)
- Subject: Re: Is this true?
- Message-ID: <C19nsH.38s@law7.DaytonOH.NCR.COM>
- Sender: military@law7.DaytonOH.NCR.COM (Sci.Military Login)
- Organization: DSG, Stanford University, CA 94305, USA
- References: <C14405.3pn@law7.DaytonOH.NCR.COM> <C17vLw.Eo6@law7.DaytonOH.NCR.COM>
- Date: Fri, 22 Jan 1993 17:41:05 GMT
- Approved: military@law7.daytonoh.ncr.com
- Lines: 42
-
-
- From edremy@leland.Stanford.EDU (eric remy)
-
- In article <C17vLw.Eo6@law7.DaytonOH.NCR.COM> Geoff Miller <Geoff.Miller@corp.sun.com> writes:
- >
- >From Geoff Miller <Geoff.Miller@corp.sun.com>
- >
- >
- >drw@cbnewsg.cb.att.com (david.r.wells) writes:
- >
- >>But 5 meg bombs are awfully rare these days. Even US ICBMs don't carry
- >>much more than 350k warheads.
- >
- >Why are megaton-range weapons rare in this day and age? Also, what are
- >typical yields of the various nuclear gravity bombs still in inventory?
- >
- >
- >Geoff
-
- A bunch of low yield bombs are much more effective than one large one
- in terms of destroying soft targets. As far as hardened targets such
- as silos, accuracy of the missile is much more important than warhead
- strength. I wish I had my books from a course in nuclear war science I
- took at W&M: I could give you exact figures.
-
- I believe that the blast effect should drop at least as the cube of
- the distance from the explosion. Thus, if it takes a given overpressure
- to kill a silo, a 5 megaton bomb can only kill a silo 2.2X as far away
- as a 500 kT.
-
- One of the problems given in the class was to destroy Norfolk with a
- 1-megaton bomb, estimating deaths/injuries, percentage of military
- capacity destroyed, fallout, etc. (I dropped mine on the Public
- Health Service hospital, fuzed for 10,000 feet.) The one bomb just
- couldn't kill the whole city: the instructor wouldn't give me the 4
- 250kT bombs I asked for. With the four, I could have assured utter
- annilihation. Sigh: what's a budding Dr. Strangelove to do these days....
-
- --
- Eric R. edremy@d31ha0.Stanford.EDU Department of Chemistry
- -1/2\nabla^2\psi_{T-72}
-
-