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CC/IMPACTS
By: Admin Date: January 24, 2017, 7:59 am
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DECAY RATE INCREASE WITH TEMP INCREASE
Light Curves, by Charles Chandler
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[Scientists] neglect differences in the radioactive decay rates
depending on temperature.10,11 ... (I)t's more likely that the
crust cooled slowly, and thus the radioactive decay rate would
have run faster, thereby falsely reporting a greater age.
11. Emery, G. T., Perturbation of Nuclear Decay Rates, 1972/12,
Annual Review of Nuclear Science, Vol 22, pp165-202
HTML http://www.annualreviews.org/doi/abs/10.1146/annurev.ns.22.120172.001121
10. Sur le rayonnement du radium à la température de l'hydrogène
liquide, 1913/06,
HTML http://radium.journaldephysique.org/articles/radium/pdf/1913/06/radium_1913__10_6_181_0.pdf
Curie, P.; Onnes, M. K., MASSON ET CIE, Editeurs, Journal de
Physique: Le Radium, Vol 10, Issue 6, pp 181-186
HTML http://dx.doi.org/10.1051/radium:01913001006018100
Causes of Planetary Cratering and Scarring
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Impact Craters by Thermonuclear Explosion
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Postby CharlesChandler» Tue Jan 15, 2013 6:10am
.LK: Other TPODs propose that most impact craters are formed
from similar megalightning, rather than from bolide impacts.
- Do you think the craters are likely formed by lightning or
bolide impacts?
.CC: I think that all of the perfectly circular craters are
formed by thermonuclear explosions.
- The instantaneous temperatures and pressures in the impact of
a rock even only a couple of meters across, but traveling at 70
km/s, will be sufficient for nuclear fusion.
- The craters are circular, instead of oblong, because they were
caused by the relativistic ejecta from the fusion event, not the
trajectory of the impacter.
- And there is nothing to be found of the meteor because it was
all reduced to plasma by the explosion.
Thermonuclear Explosions from Impacts
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LK: Thermonuclear Explosions from Impacts: If cratering is
pretty easy to explain by your theory, could you provide the
main details of the crater forming process for us? - How does
high velocity impact produce thermonuclear explosion?
.CC: It isn't such a fancy hypothesis, actually.
- The simple facts are that nuclear fusion requires extreme
temperatures (to get particle collisions that break up the
existing nuclei) and extreme pressures (to keep the pieces from
going anywhere until they get a chance to clank back together
into larger nuclei).
- In an impact, the momentum is thermalized, so there's the heat
source.
- And until all of the momentum is thermalized, the remaining
inertial force provides the pressure.
- And there is no theoretical limit to the amount of energy that
can be stored in momentum.
- The velocity "might" be limited to the speed of light, but
there is no limit on the amount of mass involved.
- So at least hypothetically, it's an easy reach to conclude
that an impact would create the necessary temperatures and
pressures for fusion.
- A physicist would be able to tell you exactly how much mass,
of what element, moving at what speed, would be required to get
how much fusion.
- I'm satisfied that it's a hypothetical possibility, and that
its properties match the observations.
Call for Criticisms on New Solar Model
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094b5d5c6#p76424
Postby CharlesChandler» Fri Jan 18, 2013 2:38am
.Q: How does high velocity impact produce thermonuclear
explosion?
.CC: Nuclear fusion requires extreme temperatures (to get
particle collisions that break up the existing nuclei) and
extreme pressures (to keep the pieces from going anywhere until
they get a chance to clank back together into larger nuclei).
- In an impact, the momentum is thermalized, so there's the heat
source.
- And until all of the momentum is thermalized, the remaining
inertial force provides the pressure.
- And there is no theoretical limit to the amount of energy that
can be stored in momentum.
- The velocity "might" be limited to the speed of light, but
there is no limit on the amount of mass involved.
- So at least hypothetically, it's an easy reach to conclude
that an impact would create the necessary temperatures and
pressures for fusion.
- I'm satisfied that it's a hypothetical possibility, and that
its properties match the observations.
FUSION & GAMMA RAYS
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the combined speed between opposing charge streams in the
toroidal plasmoid will be double that — 1.72 c! At that rate,
the magnetic pinch will be extremely robust, and the ohmic
heating will create extreme temperatures — easily the conditions
necessary for nuclear fusion. - This is interesting because one
of the telltale signs of nuclear fusion in the laboratory is the
release of gamma rays, and we certainly observe such radiation
during the formation of certain types of stars. But in the
standard model, such observations shouldn't be possible in
space. Gamma rays are absorbed by the thinnest of gas clouds.
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