Мироненко Александр Юрьевич

Публикации

1. Чепак А.К., Мироненко А.Ю., Тутов М.В., Братская С.Ю.. Снижение предела обнаржения Cd2+ функционализированными ассоциатами спироиндолинбензопирана с тетрафенилборат-анионом // Вестник ДВО РАН . 2025, № 4. С. 170–180.
   Scholar РИНЦ ВАК Полный текст →
2. Lam M.Yu., Sergeeva K.A., Tutov M.V., Zhizhchenko A.Yu., Cherepakhin A.B., Mironenko A.Yu., Sergeev A.A., Wong K.S.. Experimental demonstration of collective photonic nanojet generated by densely packed arrays of dielectric microstructures // Advanced Optical Materials . 2024. Т. 12, № 31.
   WoS Scopus Scholar РИНЦ Q1 IF 8,40 Полный текст →
3. Borodaenko Y., Gurbatov S., Modin E., Chepak A., Tutov M., Mironenko A., Kuchmizhak A.. A laser-printed surface-enhanced photoluminescence sensor for the sub-nanomolar optical detection of mercury in water // Chemosensors . 2023. Т. 11, № 5.
   WoS Scopus Scholar РИНЦ Q1 IF 4,20 Полный текст →
4. Chepak A., Balatskiy D., Tutov M., Mironenko A., Bratskaya S.. Light harvesting nanoprobe for trace detection of Hg2+ in water // Molecules . 2023. Т. 28, № 4.
   WoS Scopus Scholar Q1 IF 4,60 Полный текст →
5. Borodaenko Y., Khairullina E., Levshakova A., Shmalko A., Tumkin I., Gurbatov S., Mironenko A., Mitsai E., Modin E., Gurevich E., Kuchmizhak A.. Noble-metal nanoparticle-embedded silicon nanogratings via single-step laser-induced periodic surface structuring // Na . 2023. Т. 13, № materials.
   WoS Scopus Scholar РИНЦ Q1 IF 5,30 Полный текст →
6. Sergeeva K., Tutov M., Zhizhchenko A., Cherepakhin A., Leonov A., Chepak A., Mironenko A., Sergeev A.. Ordered photonic nanojet arrays for luminescent optical sensing in liquid and gaseous media // Sensors and Actuators B: Chemical . 2023. Т. 381.
   WoS Scopus Scholar РИНЦ Q1 IF 8,40 Полный текст →
7. Malakhova I., Parotkina Y., Eliseikina M., Mironenko A., Privar Y., Elovskiy E., Bratskaya S.. Flow-through polyethylenimine/ZnS supermacroporous composite for Hg(II) uptake at ppb concentrations // Industrial & Engineering Chemistry Research . 2022. Т. 61, № 34. С. 12754–12763.
   WoS Scopus Scholar РИНЦ Q2 IF 4,33 Полный текст →
8. Mironenko A.Y., Tutov M.V., Chepak A.K., Bratskaya S.Y.. FRET pumping of rhodamine-based probe in light-harvesting nanoparticles for highly sensitive detection of Cu2+ // Analytica Chimica Acta . 2022. Т. 1229.
   WoS Scopus Scholar РИНЦ Q1 IF 6,91 Полный текст →
9. Mironenko A.Yu., Tutov M.V., Chepak A.K., Mitsai E.V., Kuchmizhak A.A.. Surface enhanced fluorescence on nanostructured dielectric surfaces // Bulletin of the Russian Academy of Sciences: Physics . 2022. Т. 86.
   Scopus Scholar РИНЦ Полный текст →
10. Malakhova I., Parotkina Y., Palamarchuk M., Eliseikina M., Mironenko A., Golikov A., Bratskaya S.. Composite Zn(II) ferrocyanide polyethylenimine cryogels for point-of-use selective removal of Cs-137 radionuclides // Molecules . 2021. Т. 26, № 15.
    WoS Scopus Scholar РИНЦ Q2 IF 4,41 Полный текст →
11. Borodaenko Y., Gurbatov S., Tutov M., Zhizhchenko A., Kulinich S.A., Kuchmizhak A., Mironenko A.. Direct femtosecond laser fabrication of chemically functionalized ultra-black textures on silicon for sensing applications // Na . 2021. Т. 11, № materials.
    WoS Scopus Scholar РИНЦ Q1 IF 5,08 Полный текст →
12. Tutov M.V., Sergeev A.A., Shamich N.I., Chepak A.K., Mironenko A.Y.. Synthesis and optical properties of rhodamine terminated organosilicon dendrimers // Dyes and Pigments . 2021. Т. 184.
    WoS Scopus Scholar РИНЦ Q1 IF 4,61 Полный текст →
13. Chepak A.K., Afremov L.L., Mironenko A.Y.. Concentration phase transition in a two-dimensional ferromagnet // Solid State Phe . 2020. Т. 312, № mena. С. 244–250.
    Scopus Scholar РИНЦ Полный текст →
14. Dostovalov A., Bronnikov K., Korolkov V., Babin S., Mitsai E., Mironenko A., Tutov M., Zhang D., Sugioka K., Maksimovic J., Katkus T., Juodkazis S., Zhizhchenko A., Kuchmizhak A.. Hierarchical anti-reflective laser-induced periodic surface structures (LIPSSs) on amorphous Si films for sensing applications // Na . 2020. Т. 12, № scale. С. 13431–13441.
    WoS Scopus Scholar РИНЦ Q1 IF 6,90 Полный текст →
15. Sergeeva K.A., Tutov M.V., Voznesenskiy S.S., Shamich N.I., Mironenko A.Y., Sergeev A.A.. Highly-sensitive fluorescent detection of chemical compounds via photonic nanojet excitation // Sensors and Actuators, B: Chemical . 2020. Т. 305.
    WoS Scopus Scholar РИНЦ Q1 IF 7,10 Полный текст →
16. Mironenko A.Y., Tutov M.V., Chepak A.K., Mitsai E.V., Sergeev A.A., Gurbatov S.O., Kuchmizhak A.A.. One-step fabrication and functionalization of nanostructured silicon surfaces for advanced sensing applications // Solid State Phe . 2020. Т. 312, № mena. С. 154–159.
    Scopus Scholar РИНЦ Полный текст →
17. Malakhova I., Privar Y., Parotkina Y., Mironenko A., Eliseikina M., Balatskiy D., Golikov A., Bratskaya S.. Rational design of polyamine-based cryogels for metal ion sorption // Molecules . 2020. Т. 25, № 20.
    WoS Scopus Scholar РИНЦ Q2 IF 3,27 Полный текст →
18. Pavliuk G., Pavlov D., Mitsai E., Vitrik O., Mironenko A., Zakharenko A., Kulinich S., Juodkazis S., Bratskaya S., Zhizhchenko A., Kuchmizhak A.. Ultrasensitive SERS-based plasmonic sensor with analyte enrichment system produced by direct laser writing // Na . 2020. Т. 10, № materials. С. 1–14.
    WoS Scopus Scholar РИНЦ Q2 IF 4,32 Полный текст →