Study of molecular iodine, iodate ions, iodide ions, and triiodide ions solutions absorption in the UV and visible light spectral bands von Kireev, S V, Shnyrev, S L

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Effect of gas mixture pressure on detection sensitivity of molecular iodine in the atmosphere by laser-fluorescent method using a copper vapor laser (578.2 nm) von Kireev, S V, Kondrashov, A A, Shnyrev, S L, Suganeev, S V

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Application of TDLAS for measuring absorption coefficients of H2S rotational absorption lines near the wavelength of 2 µm von Kireev, S V, Kondrashov, A A, Kusmankulov, B R, Shnyrev, S L, Suganeev, S V, Sultangulova, A I

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On-line monitoring of odorant in natural gas mixtures of different composition by the infrared absorption spectroscopy method von Kireev, S V, Shnyrev, S L

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Performance Indicators Analysis of Universities Participating in the Priority 2030 Program Research Track von Guseva, A. I., Kalashnik, V. M., Kaminsky, V. I., Kireev, S. V.

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First Successes and Failures of Universities Participating in “Leadership in the Region and/or Industry” Track of the “Priority 2030” Program von Guseva, A. I., Kalashnik, V. M., Kaminsky, V. I., Kireev, S. V.

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The First Year of the Priority 2030 Program Implementation: Positive Results and Problem Areas of Research Track Universities von Guseva, A. I., Kalashnik, V. M., Kaminsky, V. I., Kireev, S. V.

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Laser-induced fluorescence method of molecular iodine detection in the atmosphere in real time using copper-vapor laser at the wavelength of 510.6 nm von Kireev, S V, Shnyrev, S L

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Analysis of Performance of University Groups Belonging to “Leadership in the Region and/or Industry” Track of “Priority 2030” Program von Guseva, A. I., Kalashnik, V. M., Kaminsky, V. I., Kireev, S. V.

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Research Leadership of the “Priority 2030” Program: Success Factors von Guseva, A. I., Kalashnik, V. M., Kaminsky, V. I., Kireev, S. V.

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Influence of the gaseous mixture composition on accuracy of molecular iodine on-line detection by laser-induced fluorescence method von Kireev, S V, Shnyrev, S L

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End-to-end digital technologies in “smart cities” of Russia von Guseva, A I, Kireev, V S, Bochkarev, P V, Kuznetsov, I A, Filippov, S A

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Optical on-line method of ethyl mercaptan detection in liquid phase in motor fuels von Kireev, S V, Shnyrev, S L

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On-line molecular iodine isotopologue detection in gaseous media during spent nuclear fuel reprocessing using a laser-induced fluorescence method von Kireev, S V, Shnyrev, S L

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Laser-induced fluorescence method for on-line molecular isotopologues of iodine-127, iodine-129, iodine-131 detected in gaseous media using a tunable diode laser von Kireev, S V, Shnyrev, S L, Sobolevsky, I V

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Laser fluorescence complex for online iodine-129 and iodine-127 detection in gaseous media using a tunable diode laser von Kireev, S V, Shnyrev, S L, Sobolevsky, I V, Kondrashov, A A

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National Research and Federal Universities Contribution to the Project 5-100 von Berestov, A. V., Guseva, A. I., Kalashnik, V. M., Kaminsky, V. I., Kireev, S. V., Sadchikov, S. M.

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Flagship Universities as Development Potential of Regions and Industries von Berestov, A. V., Guseva, A. I., Kalashnik, V. M., Kaminsky, V. I., Kireev, S. V., Sadchikov, S. M.

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Project “National Research University” – Driver of Russian Higher Education von Berestov, A. V., Guseva, A. I., Kalashnik, V. M., Kaminsky, V. I., Kireev, S. V., Sadchikov, S. M.

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Using a copper-vapor laser (578.2 nm) in a new method of laser fluorescence for molecular iodine isotopes to detect gases in real time von Kireev, S V, Shnyrev, S L, Simanovsky, I G, Suganeev, S V

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