Recombination Laser Research

SUBJECT INDEX

1. Negative absorption in a nonequilibriun hydrogen plasma
2. Radiation enhancement in a recombining plasma
3. Rapid recombination of plasma jets
4. Relaxation processes and amplification of radiation in a dense plasma
5. Collisional-radiative coefficients and population coefficients of hydrogen plasma
6. Theory of short-wavelength lasers from recombining plasma
7. Plasma dynamic lasers
8. Amplification in recombining plasmas (plasma lasers)
9. A recombination laser from cooled hydrogen plasma (plasma dynamic laser)
10. Recombination lasers from cooled hydrogenlike plasma
11. Population inversion in helium in supersonic plasma expansion
12. Observation of population inversions in freely expanding pure hydrogen plasmas
13. Quasi-steady laser oscillation in the recombining hydrogen plasma
14. Population inversion in a stationary recombining plasma
15. Population inversion in recombining weakly ionized hydrogen plasma
16. Quasi-steady population inversion of He+ in a freely expanding plasma
17. Population inversion between the ground and first excited states in a recombining hydrogen plasma
18. Population inversion in optically thick, recombining hydrogen plasmas
19. Numerical study of overpopulation density for laser oscillation in recombining hydrogen plasma
20. The behaviour of population in a plasma interacting with an atomic gas
21. The derivation of scaling laws for the lithium-like aluminum recombination laser
22. Detailed modeling of the hydrogenic carbon expansion cooled recombination laser
23. Microsphere-based short-wavelength recombination X-ray laser
24. Gas-contact cooling for quasi-stationary oscillation of the XUV laser recombining plasmas
25. Study of recombination lasing of C3+

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