Using optical diagnostics to determine the melt temperature field in layer-by-layer laser alloying of metal powder von Zavalov, Yu. N., Dubrov, A. V., Mirzade, F. Kh, Dubrovin, N. G., Makarova, E. S., Dubrov, V. D.

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The correlation of the parameters of the melt pool with the form of the track in the technology of laser metal deposition von Dubrov, A V, Zavalov, Yu N

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Optical correlation method for assessing the parameters of melt flow in the laser technology of metal cutting von Dubrov, A. V., Zavalov, Yu. N., Dubrov, V. D.

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Parameterization of the characteristics of the melt pool using the video diagnostics of the laser metal deposition process von Zavalov, Yu N, Dubrov, A V, Makarova, E S

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Evaluation of speed of melt evacuation in the technology of laser cutting of metals by the optical correlation method von Dubrov, A. V., Zavalov, Yu. N., Dubrov, V. D.

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Numerical investigation of unstable resonator for generating radially or azimuthally polarized beams von Dubrov, V. D., Grishaev, R. V., Khomenko, M. D., Zavalov, Yu. N.

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Determining the coefficient of transverse turbulent diffusion in a flow of the active medium of a CO2 laser with fast axial gas circulation von Buyarov, S. A., Galushkin, M. G., Dubrov, V. D., Zavalov, Yu. N.

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Turbulent structure of the active medium of a fast-flow CO2 laser von Galushkin, M G, Golubev, V S, Zavalov, Yu N, Ionin, Andrei A, Kotkov, A A, Korolenko, P V, Panchenko, Vladislav Ya, Dubrov, V D, Buyarov, S A, Grishaev, R V

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Formation of a specified intensity distribution of the radiation from an industrial cw CO2 laser von Zavalov, Yu N, Kaptsov, L N, Kudryashov, A V, Samarkin, V V, Cherezova, T Yu, Chesnokov, S S

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Optical inhomogeneities of the active media of high-power industrial CO2 lasers with fast axial flow von Galushkin, M G, Golubev, V S, Zavalov, Yu N, Zavalova, V E, Panchenko, Vladislav Ya

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Influence of a radial inhomogeneity of the active medium on the output radiation power from a cw CO2 laser with fast axial flow von Galushkin, M G, Golubev, V S, Dembovetskii, V V, Zavalov, Yu N, Zavalova, V E

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Amplification and nonlinear losses in a cw CO2 laser with fast axial flow von Galushkin, M G, Golubev, V S, Dembovetskii, V V, Zavalov, Yu N, Zavalova, V E, Panchenko, Vladislav Ya

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Numerical Investigation of Unstable Resonator for Generating Radially or Azimuthally Polarized Beams von DUBROV, V. D, GRISHAEV, R. V, KHOMENKO, M. D, ZAVALOV, Yu. N

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Turbulent structure of the active medium of a fast-flow CO{sub 2} laser von Galushkin, M G, Golubev, V S, Zavalov, Yu N, Panchenko, Vladislav Ya, Dubrov, V D, Buyarov, S A, Grishaev, R V, Ionin, Andrei A, Kotkov, A A, Korolenko, P V

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Turbulent structure of the active medium of a fast-flow CO 2 laser von Galushkin, M G, Golubev, V S, Zavalov, Yu N, Ionin, Andrei A, Kotkov, A A, Korolenko, P V, Panchenko, Vladislav Ya, Dubrov, V D, Buyarov, S A, Grishaev, R V

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Formation of a specified intensity distribution of the radiation from an industrial cw CO 2 laser von Zavalov, Yu N, Kaptsov, L N, Kudryashov, A V, Samarkin, V V, Cherezova, T Yu, Chesnokov, S S

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Formation of a specified intensity distribution of the radiation from an industrial cw CO{sub 2} laser von Zavalov, Yu N, Kudryashov, A V, Samarkin, V V, Kaptsov, L N, Chesnokov, S S, Cherezova, T Yu

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Diagnostics of laser radiance penetration into material by multi-channel pyrometer von Golubev, V S, Dubrov, A V, Zavalov, Y N, Dubrov, V D, Dubrovin, N G

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Optical inhomogeneities of the active media of high-power industrial CO 2 lasers with fast axial flow von Galushkin, M G, Golubev, V S, Zavalov, Yu N, Zavalova, V E, Panchenko, Vladislav Ya

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Influence of a radial inhomogeneity of the active medium on the output radiation power from a cw CO 2 laser with fast axial flow von Galushkin, M G, Golubev, V S, Dembovetskii, V V, Zavalov, Yu N, Zavalova, V E

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