146 results on '"Cheburkin, N. V."'
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2. Salient features of using a free-electron laser with a crossed fluted cavity for generating coherent tunable gamma radiation
3. Modeling of a crossed-groove cavity in the 8 mm wavelength range
4. Investigation of the gain and lasing spectra of the tea12C18O2 laser
5. Effective use of the electron beam in pulse-periodic electron-beam-controlled CO2 lasers and comprehensive optimization of their excitation parameters
6. Selective properties of a tunable prism resonator with an active CO2 + N2 + He molecular medium
7. Mikhail Alexandrovich Rotinyan
8. Generation of hard quanta in the cross-grooved resonator of a free electron laser
9. Bleaching of KS-19 glass by incoherent radiation
10. Characteristics of modes in a crossed-flute optical cavity
11. Correction of phase inhomogeneities in a nonlinear ring resonator emitting at λ = 10.6 μm
12. Emission characteristics of a pulsed CO2laser with a self-filtering unstable resonator under conditions of a strong self-interaction of radiation in the active medium. II. Results of experiments and optimization of the output characteristics
13. Anisotropy of the thermal self-interaction in an electron-beam-controlled CO2laser
14. Atmospheric-pressure pulsed electron-beam-controlled CO2ring laser with an intracavity angular selector
15. Generation of radiation with a radiant intensity of several terawatts per steradian in a pulse-periodic electron-beam-controlled CO2master oscillator-amplifier system
16. Divergence of radiation emitted by an atmospheric-pressure electron-beam-controlled CO2amplifier emitting pulses of 30 μs duration
17. Influence of the line overlap on the spectral and energy characteristics of CO electron-beam-controlled lasers
18. Small-scale optical inhomogeneities in electron-beam-controlled CO2lasers
19. Emission characteristics of a pulsed CO2laser with a self-filtering unstable resonator under conditions of a strong self-interaction of radiation in the active medium. I. Theoretical analysis
20. Pulse-periodic electron-beam-controlled CO laser
21. Stimulated scattering of electromagnetic radiation in thermodynamic-nonequilibrium media
22. Emission characteristics of a pulsed CO2 laser with a self-filtering unstable resonator under conditions of a strong self-interaction of radiation in the active medium. I. Theoretical analysis.
23. Influence of the isotopic composition of the active medium on the parameters of radiation from CO2 lasers.
24. Wavefront reversal in a population-inverted carbon dioxide gas caused by light-induced heating.
25. Effective use of the electron beam in pulse-periodic electron-beam-controlled CO2 lasers and comprehensive optimization of their excitation parameters
26. Optical cavities for high power free electron lasers
27. Investigation of the gain and lasing spectra of the tea12C18O2 laser
28. Selective properties of a tunable prism resonator with an active CO2 + N2 + He molecular medium
29. Thermal self-interaction of electromagnetic radiation in a medium with an overheating instability.
30. Investigation of physical processes in the active medium of a pulsed CO2 laser responsible for variation of the laser frequency during a pulse.
31. Investigation of the properties of the active medium of a CO2 laser containing isotopically substituted carbon dioxide and nitrogen molecules.
32. Influence of diffusion of excited particles on wavefront reversal in a gaseous medium.
33. Investigation of the energy characteristics of a cw electron-beam-controlled industrial CO laser with an output power of 10 kW.
34. Calculation of the energy characteristics of a pulse-periodic electron-beam-controlled CO2 laser with a cooled active mixture.
35. Wavefront reversal in four-wave interaction in a medium with a thermal nonlinearity.
36. Pumping of electron-beam-controlled CO2 lasers with maximum efficiency of the electron beam utilization.
37. Changes in the energy characteristics caused by pulseperiodic operation of electron-beam-controlled discharges in CO2–N2–He mixtures and in technical-grade nitrogen.
38. Crossed flute cavity experimental modelling in eight millimeter wave range
39. Investigation of the gain and emission spectrum of a TE laser utilizing a mixture of isotopically substituted carbon dioxide molecules
40. Experimental investigation of the emission spectrum of an electron-beam-controlled cw CO laser
41. Electron-beam-controlled pulse laser with an output energy of 500 J
42. Influence of inactive resonator zones on the emission spectrum of electron-beam-controlled CO2lasers
43. Investigation of the properties of the active medium of a CO2laser containing isotopically substituted carbon dioxide and nitrogen molecules
44. Effective use of the electron beam in pulse-periodic electron-beam-controlled CO2 lasers and comprehensive optimization of their excitation parameters
45. Influence of polarization of radiation on steady-state 180° stimulated Brillouin scattering in gyrotropic media
46. Pumping of electron-beam-controlled CO2lasers with maximum efficiency of the electron beam utilization
47. Nature of resonator mirror damage in high-power industrial electron-beam-controlled CO2lasers
48. Stimulated light scattering in inverted carbon dioxide induced by a thermal nonlinearity
49. Pulsed electron-beam-controlled laser using mixtures of isotopically substituted CO2molecules
50. Stabilization of the energy characteristics of a cw technological electron-beam-controlled CO2laser by means of silica gel
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