Do Wild and the Russians require a dielectric breakdown in what they call an electrical discharge in plasma RC?  Yes or no?
			
			
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False in both cases:
- Tatsuzo Obayashi (1975)
 - S. Ibadov (2012)
 
The energy release during the explosive phase is initiated by a sudden collapse in the magnetic field topology and the X-type magnetic neutral point is created in the corona. Subsequent electrical discharge takes place in the form of an intense electro jet current flowing in the base of the chromosphere at the altitude where the Cowling conductivity is a maximum.
The impulse gamma and X-ray radiation together with optical burst from the comet nucleus during solar flares, anticipated due to high-voltage electric discharge, may serve as an indicator of realization of the processes above considered.
Yes - that is the claim that slow convection = no convection and that the entire solar model is wrong. Which leads to
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!Yes - that is the claim that slow convection = no convection and that the entire solar model is wrong. Which leads to
Our current theoretical understanding of magnetic field generation in the Sun relies on these motions being of a certain magnitude, explained Shravan Hanasoge, an associate research scholar in geosciences at Princeton University and a visiting scholar at NYUs Courant Institute of Mathematical Sciences. These convective motions are currently believed to prop up large-scale circulations in the outer third of the Sun that generate magnetic fields.
However, our results suggest that convective motions in the Sun are nearly 100 times smaller than these current theoretical expectations, continued Hanasoge, also a postdoctoral fellow at the Max Plank Institute in Katlenburg-Lindau, Germany. If these motions are indeed that slow in the Sun, then the most widely accepted theory concerning the generation of solar magnetic field is broken, leaving us with no compelling theory to explain its generation of magnetic fields and the need to overhaul our understanding of the physics of the Suns interior.
Wow that is a total back down, Michael!I'm color coding the Title in Pink, the definition in blue and the *examples* in black:
It includes the breakdown of a dielectric medium.An electrical discharge is a sudden release of electric or magnetic stored energy. This generally occurs when the electromagnetic stress exceeds some threshold for breakdown that is usually determined by small scale properties of the energy transmission medium. As such, discharges are local phenomena and are usually accompanied by violent prαesses such as rapid heating, ionization, the creation of pinched and filamentary conduction channels, particle acceleration, and the generation of prodigious amounts of electromagnetic radiation.
And we are back to lyingYou added your own personal requirement for a dielectric breakdown that none of the other 8 authors made,
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 and is obsolete! Whoops you are back to not knowing what a definition is when you had just highlighted Peratt's definition!No one but you made that claim.
 and is obsolete! Whoops on my behalf, Michael!That's not an external reference that claims that electrical discharges are impossible in plasma,
...usual insults snipped...
 and is obsolete!One more time: I knowDungey required no breakdown of the dialectric for an "electrical discharge' to occur in a flare.
 and is obsolete! 

Shall we believe the guy who cannot rread a post
 and is obsolete! J. P. Wild (1963)
A conference proceeding so not peer- reviewed. A mention of "Several theories yielding sudden electrical discharges..." and the theories referenced (Sweet;Gold and Hoyle) are MR inducing large currents. IOW Dungey's usage.
Should we believe a guy who cannot read a post
 and is obsolete! T. S. Kozhanov (1973)
The title is "Nonthermal X Rays and Electric Currents in Solar Flares." One "electrical discharge" with a reference back to Giovanelli so this is his and Dungey's usage.
As I state in:Do Wild and the Russians require a dielectric breakdown in what they call an electrical discharge in plasma RC? Yes or no?
 and is obsolete!Wow. It looks like you have never ever read my post after I comented on the papers - the first 3 duh momentFalse in both cases
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 and is obsolete! But you did find the text "electric discharge" in the comet paper which I missed!Interesting but not directly relevant
- Tatsuzo Obayashi (1975)
 
This interesting paper has an abstract with MR then an "electrical discharge". But the paper actually does not mention any electrical discharges :o! This looks like an editing choice for an understandable, short abstract. The "electrical discharge" is the solar flare equivalent of the auroral electrojet which they are introducing.- S. Ibadov (2012)
 
This is double layers induced at the comet having an "electrical discharge potential". However double layers are "destroyed" rather than "discharged".
So we have a layer of comet nuclei material.Problems connected with mechanisms for comet brightness outbursts as well as for gamma-ray bursts remain open. Meantime, calculations show that irradiation of a certain class of comet nuclei, having high specific electric resistance, by intense fluxes of energetic protons and positively charged ions with kinetic energies more than 1 MeV/nucleon, ejected from the Sun during strong solar flares, can produce a macroscopic high-voltage electric double layer with positive charge in the subsurface zone of the nucleus, during irradiation times of the order of 10100 h at heliocentric distances around 110 AU. The maximum electric energy accumulated in such layer will be restricted by the electric discharge potential of the layer material. For comet nuclei with typical radii of the order of 110 km the accumulated energy of such natural electric capacitor is comparable to the energy of large comet outbursts that are estimated on the basis of ground based optical observations. The impulse gamma and X-ray radiation together with optical burst from the comet nucleus during solar flares, anticipated due to high-voltage electric discharge, may serve as an indicator of realization of the processes above considered. Multi-wavelength observations of comets and pseudo-asteroids of cometary origin, having brightness correlation with solar activity, using ground based optical telescopes as well as space gamma and X-ray observatories, during strong solar flares, are very interesting for the physics of comets as well as for high energy astrophysics.
Whoops, Michael, you quoted someone who is saying basically what I claim and says that your claim is wrong!In your case I'm sure it leads to instant denial, but the real experts have a different perspective:
Dungey's usage so the answer is no. There is no dielectric breakdown required (this is a large current density, not an actual electrical discharge like lightning).
Why not?Why are you here?
One more time: I know
One more time: Dungey's "electrical discharge" is the....
large current density caused by MR.
One more time:
And I did "touch" Wilds work:
J. P. Wild (1963)
A conference proceeding so not peer- reviewed. A mention of "Several theories yielding sudden electrical discharges..." and the theories referenced (Sweet;Gold and Hoyle) are MR inducing large currents. IOW Dungey's usage.
That needs a double duh!![]()













I do not have a *personal* requirement of a dielectric breakdown in the case of Dungey's usage that these authors share.Not a single author, and certainly not Wild, imposed your *personal* requirement of a dielectric breakdown.
...usual insults and ranting snipped...
 and is obsolete!