Is a hydrogen pinch equivalent to a bubble collapse in the Leclair cavitation fusion? Two glasses of wine led me to that conclusion.
On Wednesday, July 18, 2012, Daniel Rocha wrote: > Yes, for the 1st question. To the second question, there is nothing > against it, but a a pinch is rare occurrence, so, it is unlike that they > will happen all close to each other. > > Small clusters are in general less bound than lattices. Metallic hydrogen > is less bound. So, after you form these nano clusters, it is likely that > they will evaporate, decompose. If a cluster of 4 hydrogen detach, it will > collapse and fuse. Note the following: part of the vaporizing of the > metallic hydrogen fuses. This is what is called *heat-after-death*. It > lasts until the metallic hydrogen is vaporized. When it ends, you have to > create more metallic hydrogen by turning whatever the device. > > 2012/7/18 David Roberson <[email protected] <javascript:_e({}, 'cvml', > '[email protected]');>> > >> You mention small spots of superconductivity. Does that suggest that >> each tiny metallic hydrogen group must maintain its conductivity separate >> from the others? Why are they not able to contact each other to result in >> much lower overall resistance? >> >> Dave >> >> >> -----Original Message----- >> From: Daniel Rocha <[email protected] <javascript:_e({}, 'cvml', >> '[email protected]');>> >> To: vortex-l <[email protected] <javascript:_e({}, 'cvml', >> '[email protected]');>> >> Sent: Wed, Jul 18, 2012 10:51 am >> Subject: Re: [Vo]:z-pinch compression >> >> This is an interesting thing, which I also thought about some time ago, I >> also think z-pinch is involved. Even more, the extreme pressure could cause >> the formation of metallic hydrogen, an allotrope of hydrogen, (diamond and >> graphite are allotropes of carbon) ich is conjectured to be superconductive >> up to 700K. >> >> So, that fall in resistance could be explained by small spots of >> superconductivity. Takahashi's TSC can be seen a kind of a cluster of >> metallic hydrogen. TSC itself collapses and causes CF. >> >> Note that in none of this there is new physics. Metallic hydrogen is >> conventionally used to explain Jupiter's intense magnetic field. Metallic >> Hydrogen is conjectured to be a superconductor at room temperature since >> the 60's. It's stability at null pressure can be simulated by molecular >> orbital calculations. TSC's is relatively simple molecule. >> > > > > -- > Daniel Rocha - RJ > [email protected] <javascript:_e({}, 'cvml', > '[email protected]');> > >
