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Article: <[email protected]>
From: [email protected](Nancy )
Subject: Re: TUNGUSKA
Date: 28 Feb 1997 16:32:54 GMT
In article <[email protected]> Greg Neill
writes:
>> If aerodynamic stress causes a breakup, assuming the
meteor
>> did not encounter such stresses during its long life out
in
>> space and the circumstances that CAUSED it to become a
>> meteor in the first place, then what you would find at
>> Tunguska is meteor PARTS. This is not the case!
>> (End ZetaTalk[TM])
>
> Each of the spalled off bits would still have essentially
the
> same forward velocity. This actually aids in the
vaporization
> process: the reaction proceeds at a much higher rate with
> more surface area and higher temperatures.
> [email protected] (Greg Neill)
(Begin ZetaTalk[TM])
Here is this meteor, which survived some sort of collision in
space as meteors are NOT round as though formed from molten
matter but are irregularly shaped, yet it can't stand passing
through something like air. Next you have it breaking apart in an
instant into such tiny pieces that they combust in a flash. In
the first place, there wouldn't be sufficient OXYGEN for such a
complete combustion in one place! Items falling from space that
can combust burn steadily as they fall, and if the combustion
process is not complete before they land, they are INCOMPLETELY
BURNED. Is it so very frightening to contemplate a pole shift
that you must continue to stick your head in the sand?
(End ZetaTalk[TM])