Effect of plasma potential on DCX steady state
Oak Ridge National Laboratory, 1960 - Science - 22 pages
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0-component absolute containment adiabatic assumption center of mass Cold Electrons crit 9 critical condition DCX STEADY discussed in Section dominates and 20 dropping radiation E+/E electric field electron and ion electron streaming rate electron tail electron-to-ion Electrons in DCX Electrons scat electrostatic potential Energy Balance energy of ions energy transfer excess positive charge field particles hot ion energies inside the plasma ion momentum ions and electrons ions by ions ions lose energy loss cone loss to electrons magnetic field magnetic mirror magnetic symmetry axis Maxwell distribution MEAN ELECTRON ENERGY mean energies E+ midplane mirror ratio neglected newly injected plasma ions plasma potential POTENTIAL ON PARTICLE quantity in parentheses radiation loss radiation term RATE OF STREAM restrict electron escape rf/E scat Scattering of ions Spitzer streaming electrons T. K. Fowler Tennessee test particle Thermonuclear Reactions total solid angle transfer to electrons velocity zero