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Content of issue 04, volume 39, 2026

Topical issue. AMPL-2025

1. Trigub M. V., Klimkin A. V. Preface. P. 279-280
Bibliographic reference:
Trigub M. V., Klimkin A. V. Preface. // Optika Atmosfery i Okeana. 2026. V. 39. No. 04. P. 279-280. DOI: 10.15372/AOO20260400 [in Russian].
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2. Sokolovskaya Yu. G., Krasnova E. D., Voronov D. A., Patsaeva S. V. Spectral and optical characteristics of dissolved organic matter in meromictic reservoirs of the White Sea coast. P. 281–288
Bibliographic reference:
Sokolovskaya Yu. G., Krasnova E. D., Voronov D. A., Patsaeva S. V. Spectral and optical characteristics of dissolved organic matter in meromictic reservoirs of the White Sea coast. // Optika Atmosfery i Okeana. 2026. V. 39. No. 04. P. 281–288. DOI: 10.15372/AOO20260401 [in Russian].
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Sokolovskaya Yu.G., Krasnova E.D., Voronov D.A., Patsaeva S.V. Spectral and Optical Characteristics of Dissolved Organic Matter in Meromictic Reservoirs of the White Sea Coast // Atmospheric and Oceanic Optics, 2026, V. 39. No. 04. pp. 517–525.
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3. Kozhevnikov Ph. A., Konnikova M. R., Sinko A. S., Angeluts A. A. Machine learning methods in recognition of harmful impurities in the atmosphere from spectral data. P. 289–296
Bibliographic reference:
Kozhevnikov Ph. A., Konnikova M. R., Sinko A. S., Angeluts A. A. Machine learning methods in recognition of harmful impurities in the atmosphere from spectral data. // Optika Atmosfery i Okeana. 2026. V. 39. No. 04. P. 289–296. DOI: 10.15372/AOO20260402 [in Russian].
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Kozhevnikov Ph.A., Konnikova M.R., Sinko A.S., Angeluts A.A. Machine Learning Methods for Recognition of Harmful Impurities in the Atmosphere from Spectral Data // Atmospheric and Oceanic Optics, 2026, V. 39. No. 04. pp. 526–533.
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4. Lugovskoy A. A., Emelyanov N. M., Lugovskoi A. V., Shcherbakov A. P., Rodionov I. E. Possibility of detecting metabolic disturbances in localized vegetation cover using IR absorption spectra of the atmosphere. P. 297–300
Bibliographic reference:
Lugovskoy A. A., Emelyanov N. M., Lugovskoi A. V., Shcherbakov A. P., Rodionov I. E. Possibility of detecting metabolic disturbances in localized vegetation cover using IR absorption spectra of the atmosphere. // Optika Atmosfery i Okeana. 2026. V. 39. No. 04. P. 297–300. DOI: 10.15372/AOO20260403 [in Russian].
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Lugovskoi A.A., Emelyanov N.M., Lugovskoi A.V., Shcherbakov A.P., Rodionov I.E. Delectability of Metabolic Disturbances in Localized Vegetation Cover from IR Absorption Spectra of the Atmosphere // Atmospheric and Oceanic Optics, 2026, V. 39. No. 04. pp. 534–537.
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5. Bezlepkina N. P., Bocharnikova E. N., Tchaikovskaya O. N., Bazyl' O. K., Maier G. V. Estimation of total phenol content during photolysis of sulfamethoxazole in an aqueous medium. P. 301–307
Bibliographic reference:
Bezlepkina N. P., Bocharnikova E. N., Tchaikovskaya O. N., Bazyl' O. K., Maier G. V. Estimation of total phenol content during photolysis of sulfamethoxazole in an aqueous medium. // Optika Atmosfery i Okeana. 2026. V. 39. No. 04. P. 301–307. DOI: 10.15372/AOO20260404 [in Russian].
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Bezlepkina N.P., Bocharnikova E.N., Tchaikovskaya O.N., Bazyl’ O.K. , Mayer G.V. Estimation of the Total Phenol Content during Photolysis of Sulfamethoxazole in an Aqueous Medium // Atmospheric and Oceanic Optics, 2026, V. 39. No. 04. pp. 538–545.
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6. Pomogaev V. A., Tchaikovskaya O. N. Simulation of optical spectra and phenolic compound photolysis. P. 308–312
Bibliographic reference:
Pomogaev V. A., Tchaikovskaya O. N. Simulation of optical spectra and phenolic compound photolysis. // Optika Atmosfery i Okeana. 2026. V. 39. No. 04. P. 308–312. DOI: 10.15372/AOO20260405 [in Russian].
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Pomogaev V.A., Tchaikovskaya O.N. Simulation of Optical Spectra and Photolysis of Phenolic Compounds // Atmospheric and Oceanic Optics, 2026, V. 39. No. 04. pp. 483–487.
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7. Laptinskiy K. A., Chugreeva G. N., Vervald A. M., Plastinin I. V., Dolenko T. A. Carbon dots as luminescent nanosensors in determining the composition of multicomponent liquid media. P. 313–319
Bibliographic reference:
Laptinskiy K. A., Chugreeva G. N., Vervald A. M., Plastinin I. V., Dolenko T. A. Carbon dots as luminescent nanosensors in determining the composition of multicomponent liquid media. // Optika Atmosfery i Okeana. 2026. V. 39. No. 04. P. 313–319. DOI: 10.15372/AOO20260406 [in Russian].
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Laptinskiy K.A., Chugreeva G.N., Vervald A.M., Plastinin I.V., Dolenko T.A. Carbon Dots as Luminescent Nanosensors in Determining the Composition of Multicomponent Liquid Media // Atmospheric and Oceanic Optics, 2026, V. 39. No. 04. pp. 511–516.
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8. Tarasenko V. F., Kirillov A. S., Vinogradov N. P., Kirillov V. A. Effect of oxygen on spectral energy densities of emission bands of B3Πg and C3Πu states of molecular nitrogen at pressures of 0.04–0.4 torr. P. 320–325
Bibliographic reference:
Tarasenko V. F., Kirillov A. S., Vinogradov N. P., Kirillov V. A. Effect of oxygen on spectral energy densities of emission bands of B3Πg and C3Πu states of molecular nitrogen at pressures of 0.04–0.4 torr. // Optika Atmosfery i Okeana. 2026. V. 39. No. 04. P. 320–325. DOI: 10.15372/AOO20260407 [in Russian].
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Tarasenko V.F., Kirillov A.S., Vinogradov N.P. Kirillov V.A. Effect of Oxygen on Spectral Energy Densities of Emission Bands of B3Pg and C3Pu States of Molecular Nitrogen at Pressures of 0.04–0.4 Torr // Atmospheric and Oceanic Optics, 2026, V. 39. No. 04. pp. 422–428.
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9. Kuptsov G. V., Kirpichnikov A. V., Petrov V. V., Petrov V. A., Kuptsova A. O., Trunov V. I. Pulse noise effect on carrier-envelope phase stabilization. P. 326–330
Bibliographic reference:
Kuptsov G. V., Kirpichnikov A. V., Petrov V. V., Petrov V. A., Kuptsova A. O., Trunov V. I. Pulse noise effect on carrier-envelope phase stabilization. // Optika Atmosfery i Okeana. 2026. V. 39. No. 04. P. 326–330. DOI: 10.15372/AOO20260408 [in Russian].
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Kuptsov G.V., Kirpichnikov A.V., Petrov V.V., Petrov V.A., Kuptsova A.O., Trunov V.I. Pulse Noise Effect on Carrier-Envelope Phase Stabilization // Atmospheric and Oceanic Optics, 2026, V. 39. No. 04. pp. 546–550.
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10. Gembukh P. I., Shiyanov D. V., Trigub M. V. Features of MnBr2 laser high-frequency excitation with a semiconductor power source. P. 331–335
Bibliographic reference:
Gembukh P. I., Shiyanov D. V., Trigub M. V. Features of MnBr2 laser high-frequency excitation with a semiconductor power source. // Optika Atmosfery i Okeana. 2026. V. 39. No. 04. P. 331–335. DOI: 10.15372/AOO20260409 [in Russian].
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11. Churkin D. S., Tkachenko R. A., Trunov I. A., Karagapoltsev E. S. Radiation characteristics of a pulsed inductive neon laser with wavelengths of 594.4 and 614.3 nm. P. 336–341
Bibliographic reference:
Churkin D. S., Tkachenko R. A., Trunov I. A., Karagapoltsev E. S. Radiation characteristics of a pulsed inductive neon laser with wavelengths of 594.4 and 614.3 nm. // Optika Atmosfery i Okeana. 2026. V. 39. No. 04. P. 336–341. DOI: 10.15372/AOO20260410 [in Russian].
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Churkin D.S., Tkachenko R.A., Trunov I.A., Kargapol’tsev E.S. Characteristics of Pulsed Inductive Neon Laser Radiation at Wavelengths of 594.4 and 614.3 nm // Atmospheric and Oceanic Optics, 2026, V. 39. No. 04. pp. 551–555.
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12. Shevchenko G. V., Bokhan P. A., Gugin P. P., Lavrukhin M. A., Zakrevsky Dm. E. Features of the cathode sheath in abnormal glow discharge in helium: probe measurements. P. 342–347
Bibliographic reference:
Shevchenko G. V., Bokhan P. A., Gugin P. P., Lavrukhin M. A., Zakrevsky Dm. E. Features of the cathode sheath in abnormal glow discharge in helium: probe measurements. // Optika Atmosfery i Okeana. 2026. V. 39. No. 04. P. 342–347. DOI: 10.15372/AOO20260411 [in Russian].
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Shevchenko G.V., Bokhan P.A., Gugin P.P., Lavrukhin M. A., Zakrevskii D.E. Features of Cathode Sheath of Abnormal Glow Discharge in Helium: Probe Measurements // Atmospheric and Oceanic Optics, 2026, V. 39. No. 04. pp. 556–562.
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13. Lavrukhin M. A., Bokhan P. A., Gugin P. P., Zakrevsky Dm. E., Shevchenko G. V. Frequency-energy characteristics of a laser with λ = 398.4 nm on RM-transition of a mercury ion. P. 348–352
Bibliographic reference:
Lavrukhin M. A., Bokhan P. A., Gugin P. P., Zakrevsky Dm. E., Shevchenko G. V. Frequency-energy characteristics of a laser with λ = 398.4 nm on RM-transition of a mercury ion. // Optika Atmosfery i Okeana. 2026. V. 39. No. 04. P. 348–352. DOI: 10.15372/AOO20260412 [in Russian].
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Lavrukhin M.A., Bokhan P.A., Gugin P.P., Zakrevsky D.E., Shevchenko G.V. Frequency-Energy Characteristics of Mercury Ion RM Laser (398.4 nm) // Atmospheric and Oceanic Optics, 2026, V. 39. No. 04. pp. 563–567.
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14. Savkin K. P., Sorokin D. A., Beloplotov D. V., Nikolaev A. G., Shandrikov M. V., Cherkasov A. A., Gushenets V. I., Bugaev A. S., Khomutova U. V., Ignatov D. Yu. Influence of power supply modes on the optical emission dynamics of atmospheric pressure glow discharge in magnesium atom flow generation mode. P. 353–362
Bibliographic reference:
Savkin K. P., Sorokin D. A., Beloplotov D. V., Nikolaev A. G., Shandrikov M. V., Cherkasov A. A., Gushenets V. I., Bugaev A. S., Khomutova U. V., Ignatov D. Yu. Influence of power supply modes on the optical emission dynamics of atmospheric pressure glow discharge in magnesium atom flow generation mode. // Optika Atmosfery i Okeana. 2026. V. 39. No. 04. P. 353–362. DOI: 10.15372/AOO20260413 [in Russian].
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Savkin K.P., Sorokin D.A., Beloplotov D.V., Nikolaev A.G., Shandrikov M.V., Cherkasov A.A., Gushenets V.I., Bugaev A.S., Khomutova U.V., Ignatov D.Yu. Influence of Power Supply Modes on the Dynamics of Atmospheric Pressure Glow Discharge Radiation in Mg Atom Flow Generation Mode // Atmospheric and Oceanic Optics, 2026, V. 39. No. 04. pp. 568–577.
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