Might high E Fields exploit the Coulomb polarization of the deuteron (Oppenheimer-Phillips Effect) to allow deuteron stripping?
IOW,does the "neutron end" of a deuteron act as a somewhat negative charge tending to pull it apart in a high field? http://prola.aps.org/abstract/PRC/v43/i2/p771_1 "Coulomb-dominated low-energy deuteron stripping" Received 20 July 1990 "Analysis of a three-body model shows that Coulomb polarization of the deuteron has very little influence on the branching ratio A(d,p)/A(d,n) for transfer reactions on target nucleus A at very low deuteron energies (the Oppenheimer-Phillips effect). We see that polarization effects in transfer reactions are not related to the long range of the Coulomb field, but are caused by the more intense fields near the target nucleus. However, even in that region the induced dipole moment is limited by the deuteron binding, and it is small for low Z targets. We see in addition that the transfer amplitudes tend to be insensitive to any polarization admixtures in the entrance channel. On the other hand, the branching ratio can be affected by the Coulomb barrier for the bound final-state wave function of the proton, especially for very weakly bound final states. Brief remarks about the relation of stripping theory to special properties of the d+d system are included." > [Original Message] > From: Frederick Sparber <[EMAIL PROTECTED]> > To: vortex-l <[email protected]> > Date: 4/19/2006 9:16:26 AM > Subject: Re: Energy, Force and Gravity > > BTW, Michel. > > High E Field birefringence effects on a 24 Mev Gamma Photon > should degenerate it (or lower energy ones) to thermal energy photons. > > IOW, 24MeV/2^24.5.= ~ 1 > > OTOH. 2^8005551212 power is the toll-free information number > for the galaxy. > Watched "The Hitchhiker's Guide To The Galaxy" lately? :-) > > Fred > > http://scienceworld.wolfram.com/physics/Polarization.html > > Polarization: > "Propagating light consists of a transverse electric and magnetic field, a > single photon will oscillate on a line perpendicular to the propagation > direction. If the coordinate system is not aligned with the electric field > direction, it can be broken up into two perpendicular components." > > Pockels Effect: > "An electrooptical effect in which the application of an electric field > produces a birefringence which is proportional to the field." > > Kerr Effect: > "The development of birefringence when an isotropic transparent substance > in placed in an electric field." > > Electric Polarization P is defined as the difference between the electric > fields D (induced) and E (imposed) > P = D - E > or > P = eoXeE > > Electric Susceptibility Xe = K*eo/eo] - 1 = P/eoE eo = 8.8452e-12 > C^2 N^-1 m^-2 or Farad m^-1 > > > > > > From: Frederick Sparber <[EMAIL PROTECTED]> > > > > Date: 4/19/2006 8:32:00 AM > > > > > > Would it be better to make the - 50 KV collector > > a point so that the D+ ions converge in a small area? > > > > A Boron-10 tip Perhaps? (neutron + Boron-10 ---> He4 + Li7 + ~ 3.2 MeV) > > > > Fred > > > > > > Michel Jullian <[EMAIL PROTECTED]> wrote: > > > > > > > "Fred wrote" > > > > > > > > > Do atoms spontaneously ionize at high values of E? > > > > > > > > Yes they do Fred, that's how the "soft ionization membrane" works: > it's > > a > > > > capacitor like you describe with holes in it, through which you push > the > > > gas > > > > you want to ionize. > > > > > > > > Michel > > > > > > > Thanks Michel. > > > > > > That being the case, would a Pd "soft ion membrane" act as > > > a deuteron accelerator if hooked something like > > > this with 5.0 millimeter spacing, (E = 10e7 volts/meter) or so? > > > D2 gas in grounded can > > > + 50 KV ------------------------Pd membrane > > > vacuum > > > - 50 KV ___________________ > > > vacuum > > > Fred > > > > > > > > >
