http://www.keelynet.com/rodbism.htm
Magnesium/Bismuth Layering & Electrogravity
BISMUTH
Bismuth is a white, crystalline, brittle metal with a
pinkish tinge. Bismuth is the most diamagnetic of all
metals, and the thermal conductivity is lower than any
metal, except mercury. It has a high electrical
resistance, and has the highest Hall effect of any
metal (that is, the greatest increase in electrical
resistance when placed in a magnetic field). The metal
is used as a thermocouple material (has highest
negativity known).
MAGNESIUM
is used in computers for radio-frequency shielding.
The WDS did not find any other elements, but we now
have more accurate percentages on the magnesium and
zinc. There is a range from 97 to about 97- 1/2%
magnesium and 3% to 2-1/2% zinc in each of those 100
to 200 micron layers of the magnesium zinc, so its
almost entirely magnesium with about 3% zinc.
The following is an email regarding experiments with
this Layered BiMgZn material..
Travis Taylor, (a DOD scientist?), has been working on
this material and has applied a 500 kv static electric
field to a piece of this material and said that it
"really started jumping about". This experiment is
supposed to be on videotape. I just hope he took
precautions to prevent this from being an
electrostatic attraction effect. If he did, this would
seem to be an important confirmation that this is an
electrogravitic material well worth further study. -
Rod
=====================
--- Steve wrote:
> http://unisci.com/stories/19992/0415995.htm
>
> Up to 114.. and according to this, 114 is more
> stable than 112.
> I assume that would mean that 115 is more stable
> than 114, and if
> I remember correctly, would have similar properties
> to Bismuth.
>
> any correlations with antigravity theories involving
> bismuth and
> magnesium possibly?
>
> ttyl
> -Steve
> --
> steve@primeline.net | ICQ: 5113616
> Digital Fusion: http://www.darknet.net/fusion
===
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