At 11:20 AM 1/13/5, Grimer wrote:
>Mmm...very interesting. I wish I could have written all that. ;^)
>
It's amazing how stuff one posts here comes back in various forms at later
times.
Regards,
Horace Heffner
At 10:06 13/01/2005 -0800, you wrote:
>Fred,
>
>> > Beta-aether
>
>> Either that or 3 K radiation.
>
>The two (CMB and B-A) ARE connected in a surprising way.
>
>> a velocity of about 325 meters per second at 1.3
>KW/meter^2 solar or CF photon insolation. That translates to
>a significant Specific
Fred,
> > Beta-aether
> Either that or 3 K radiation.
The two (CMB and B-A) ARE connected in a surprising way.
> a velocity of about 325 meters per second at 1.3
KW/meter^2 solar or CF photon insolation. That translates to
a significant Specific Impulse (isp).
Yes. Although it is far less (6x
Jones Beene <[EMAIL PROTECTED] wrote:
>
> Fred,
>
> > What's causing the vapor pressure of Dry or Water Ice at
> those low temperatures?
>
> Beta-aether
>
Either that or 3 K radiation.
>
> > http://radio.weblogs.com/0101365/2003/09/04.html
> > "According to the above chart, carbon dioxide of
>
Leaking Penisaying that it doesn't involve ZPee? :-)
Frederick
> [Original Message]
> From: leaking pen <[EMAIL PROTECTED]>
> To: vortex-l
> Date: 1/13/05 9:48:46 AM
> Subject: Re: Does Dry & H2O Ice Tap ZPE?
>
> sublimation and natural balancing of conce
Fred,
> What's causing the vapor pressure of Dry or Water Ice at
those low temperatures?
Beta-aether
> http://radio.weblogs.com/0101365/2003/09/04.html
> "According to the above chart, carbon dioxide of
about -122°C will have a vapor pressure of 7.5 mmHg, so the
solid carbon dioxide that is vapo
sublimation and natural balancing of concentration of states. the
only time youd have a vp of 0 would be at absolute zero, above that,
your still going to have a certain amount constantly going back and
forth between solid and gas states. nothing unusual about it.
On Thu, 13 Jan 2005 07:40:47
What's causing the vapor pressure of Dry or Water Ice at those low temperatures?
http://radio.weblogs.com/0101365/2003/09/04.html
"According to the above chart, carbon dioxide of about -122°C will have a vapor pressure of 7.5 mmHg, so the solid carbon dioxide that is vaporizing near the south
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