Steady state radiative cooling rates for low-density high-temperature plasmas

Abstract

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Analysis of microscopic magnitudes of radiative blast waves launched in xenon clusters with collisional-radiative steady-state simulations

“…[34] making use of the cooling function tabulated in Ref. [63] which is only accurate enough for low densities where Coronal equilibrium can be assumed. In Fig.…”

“…From the calculations using the cooling functions provided in Ref. [63], the temperature is around 600 eV. The cooling functions given in that work were calculated for electron densities lower than 10 16 cirr 3 , whereas the electron density in this case is «10…”

Mirror fusion. Quarterly report, October-December 1981

“…14 The second method was demonstrated by Ioffe et al 3 Figure 9. Configuration-space trajectories (a,b,c), corresponding surfaces-of-section (d,e,f), and composite surfaces-of-section (g,h,i), corresponding to (g) analytic third-order invariant, (h) com puted orbits, and fi) analytic fourth-order invariant.…”

“…t.l.uions of D. E. Post et al 14 Thus, the radiated ;•:••.-.rr is taken to be P RAD = cn t ,n|VT k , where c ."•.' k .…”

“…In our present calculation we have also in cluded the low-energy, pump-beam current I, omitted from the original table. ,: This calculation of the ^-trapped ions follows the revised method of Devoto 14 that corrects an error in the original formulation by Logan as reported by Baldwin eta I. "…”