Influence of Uncertainty of Probabilities of Spontaneous Emission on the Temperature Behavior of the Collisional Self-Broadening Coefficients of Spectral Lines of CO2 Molecules von Arshinov, K. I., Bobrovskiy, V. V., Krapivnaya, O. N., Shut, V. N.

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Collisional Broadening of Vibrational-Rotational CO2 Lines by Buffer Gases von Arshinov, K. I., Krapivnaya, O. N., Nevdakh, V. V., Shut, V. N.

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On the temperature model of CO2 lasers von Nevdakh, Vladimir V, Ganjali, Monireh, Arshinov, K I

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Collisional Broadening of CO2 Transition Lines 1000–0001 by Inert Gas Atoms at 300–700 K von Arshinov, K. I., Krapivnaya, O. N., Nevdakh, V. V., Syrtsov, S. R., Shut, V. N.

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Collisional self-broadening coefficients and probabilities of spontaneous emission of the CO2 1000–0001 transition lines von Arshinov, K. I., Krapivnaya, O. N., Nevdakh, V. V.

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Collisional Broadening of CO2 1000–0001 Transition Lines by O2 and N2 in the Range 300–700 K von Arshinov, K. I., Krapivnaya, O. N., Nevdakh, V. V., Shut, V. N.

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Laws governing vibrating feeding of finely dispersed powder into a laser sintering zone von Tolochko, N K, Mozzharov, S E, Arshinov, M K, Arshinov, K I, Ignat'ev, M B

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Laws governing vibrating feeding of finely dispersed powder into a laser sintering zone von Tolochko, N. K., Mozzharov, S. E., Arshinov, M. K., Arshinov, K. I., Ignat’ev, M. B.

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Temperature dependence of the collisional broadening of laser lines of the CO2 molecule von Arshinov, K I, Leshenyuk, N S

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Calculation of the vibrational temperatures and populations of the laser-active levels of CO2 from the spectral distribution of the gain von Arshinov, K I, Leshenyuk, N S, Nevdakh, Vladimir V

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Collisional Broadening of CO{sub 2} Transition Lines 10{sup 0}0–00{sup 0}1 by Inert Gas Atoms at 300–700 K von Arshinov, K. I., Krapivnaya, O. N., Nevdakh, V. V., Syrtsov, S. R., Shut, V. N.

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Collisional Broadening of CO{sub 2} 10{sup 0}0–00{sup 0}1 Transition Lines by O{sub 2} and N{sub 2} in the Range 300–700 K von Arshinov, K. I., Krapivnaya, O. N., Nevdakh, V. V., Shut, V. N.

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Multifrequency laser diagnostics of vibrational nonequilibrium gas media containing CO2 molecules von Arshinov, K. I., Krapivnaya, O. N., Nevdakh, V. V.

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DETERMINATION OF ABSORPTION LINE PARAMETERS FOR СО2 10°0–00°1 TRANSITION FROM ABSORPTION COEFFICIENT MEASUREMENTS BY TUNABLE СО2 LASER von V. V. Nevdakh, K. I. Arshinov, M. K. Arshinov

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Laser diagnostics of equilibrium a CO2: N2 gas mixture von Arshinov, K. I., Krapivnaya, O. N., Nevdakh, V. V.

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Study of the parameters of the collisionally broadened R22 absorption line of the 1000-0001 transition in CO2 molecules: I. Experiment von Arshinov, K. I., Arshinov, M. K., Nevdakh, V. V.

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Laser Sintering of SiO2 Powder Compacts von Tolochko, Nikolaj K, Arshinov, Maxim K, Arshinov, Konstantin I, Ragulya, Andrei V

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Diagnostics of a Vibrationally Equilibrium CO2-Containing Gas Mixture at Atmospheric Pressure von Artem’ev, V. V., Arshinov, K. I., Leshenyuk, N. S., Nevdakh, V. V.

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On the temperature dependence of collisional linewidths of the 1000 ― 00°1 laser transition in the CO2 molecule von ARSHINOV, K. I, ARSHINOV, M. K, NEVDAKH, V. V

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Parameters of the collisionally broadened R22 absorption line of the 1000–0001 transition of the CO2 molecule von Arshinov, K. I., Arshinov, M. K., Nevdakh, V. V.

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