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1. Xenon plasma sustained by pulse-periodic laser radiation

2. Features of precision slot cutting with a large number of calibers using the radiation of a single-mode fiber laser

3. Investigation of Precision Large-Caliber Slot Cutting of Sheet Steel Using Single-Mode Fiber Laser Radiation

4. Kinetics of a high-pressure electron-beam-excited laser emitting the 'yellow' neon line

5. Laser utilizing the 2+nitrogen system with excitation powers up to 20 kW/cm3

6. Absorption kinetics in a laser utilizing 3p–3sneon transitions

7. Efficient collisional high-pressure lasers with ionizing pumping

8. Efficient collisional high-pressure lasers with ionizing pumping

9. Atomic xenon recombination laser excited by thermal ionizing radiation from a magnetoplasma compressor and discharge

10. Maximum theoretical efficiency of lasers utilizingd–ptransitions in heavy rare-gas atoms

11. Contribution to the theory of non-self-maintaining volume discharges in molecular and noble gases

12. Self-sustained electric photoionization discharge in three-component mixtures containing rare gases and halogen–bearing molecules

13. Atomic xenon recombination laser excited by thermal ionizing radiation from a magnetoplasma compressor and discharge

14. Influence of gasdynamic motion of the active medium during a pump pulse on the angular divergence of radiation emitted from electron-beam-controlled lasers

15. Basic mechanisms of inversion of the 3p–3stransitions of neon

16. Theoretical investigation of promising methods of improving the energy characteristics of CW industrial electron-beam-controlled lasers

17. Calculation of beam divergence of pulsed electron-beam-discharge lasers (EBL)

19. Investigation of theC–Atransition in the XeF* molecule pumped by XeF2excimer radiation

20. Characteristics of a cw electron-beam-controlled CO2laser employing a cooled active mixture

21. Maximum input energy and field intensity in continuously operating electron-beam-controlled discharges in molecular gases

22. Calculation of the energy characteristics of a pulse-periodic electron-beam-controlled CO2laser with a cooled active mixture

23. Physical limitations on the ultimate parameters of continuous and pulse-periodic laser welding

24. Amplification and absorption in lasers utilizing 3p–3sneon transitions in the red part of the spectrum

25. Stabilization of the energy characteristics of a cw technological electron-beam-controlled CO2laser by means of silica gel

26. Investigation of the energy characteristics of a cw electron-beam-controlled industrial CO laser with an output power of 10 kW

27. Kinetics of inversion loss in a laser utilizing the first negative nitrogen system

28. Optimal pumping conditions for pulsed electron-beam-controlled lasers allowing for angular divergence of the radiation

29. Use of argon in working mixtures of cw electron-beam-controlled CO2lasers intended for technological applications

30. Changes in the energy characteristics caused by pulseperiodic operation of electron-beam-controlled discharges in CO2–N2–He mixtures and in technical-grade nitrogen

31. Influence of an electric field on the energy characteristics of lasers utilizing the 1−system of the nitrogen molecule

32. Determination of the rate of relaxation of the upper active level during prolonged operation of a cw electron-beam-controlled technological CO2laser

33. Feasibility of construction of a quasi-cw laser utilizing 7s–6ptransitions in mercury pumped by ionizing radiation

34. Quasi-cw emission of violet stimulated radiation by N2+ions in a high-pressure He–N2–H2mixture

35. Continuous-wave industrial electron-beam-controlled CO laser of 10 kW output power

36. High-power quasi-cw high-pressure laser emitting visible radiation as a result ofp–stransitions in the Ne atom

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