| Книга |
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N. Tankovsky, Electrophysical processes in electrolytes-experiments and simulations, Lambert, Ref
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2014
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| Статия в научно списание |
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1
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N. Tankovsky, N. Zografov, Evaporation-rate dynamics of a hemispherical, pendant liquid droplet, influenced by resonant oscillations, Colloids and Interface Science Communications, том:volume 12, брой:May, 2016, стр.:5-8, doi:10.1016/j.colcom.2016.04.004, Ref, SCOPUS, SJR (0.54 - 2018), SCOPUS Quartile: Q2 (2016), PhD
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2016
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2
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N. Tankovsky, N. Zografov, A. Andreeva, Gas-adsorption dynamics at the water–air interface, revealed by resonant droplet tensiometry., Chemical Engineering Science, том:144, 2016, стр.:283-287, doi:http://dx.doi.org/10.1016/j.ces.2016.01.047, Ref, IR , SCOPUS, SJR (1.01 - 2018), SCOPUS Quartile: Q1 (2016), PhD
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2016
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3
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N. Zografov, N. Tankovsky, A. Andreeva, Droplet oscillations driven by an electric field, Colloids and Surfaces A: Physicochemical and Eng. Aspects, том:460, 2014, стр.:351-354, Ref, Web of Science, PhD
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2014
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4
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N. Zografov, N. Tankovsky, “EXAMINATION OF THE LIQUID-AIR INTERFACE PROPERTIES BY OSCILLATING PENDANT DROPLET UNDER ELECTRIC FIELD INFLUENCE TECHNIQUE – A Q-FACTOR APPROACH”, Годишник на СУ ФзФ, том:107, 2013, стр.:103-112, Ref, PhD
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2013
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5
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N. Tankovsky, N. Zografov, S. Russev, Electrically Driven Resonant Oscillations of Pendant Hemispherical Liquid Droplet and Possibility to Evaluate the Surface Tension in Real Time, Zeitschrift für Physikalische Chemie, том:227, брой:12, 2013, стр.:1759-1766, doi:10.1524/zpch.2013.0420, August 2013, Ref, IR , SCOPUS, SJR (0.33 - ), SCOPUS Quartile: Q3 (2013), PhD
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2013
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6
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N. Tankovsky, E. Syrakov, Enhanced interface polarization by charge pump in thin electrolytic cell with nano-scaled interelectrode gap, Ionics, том:18, брой:4, 2012, стр.:343-349, Ref, Web of Science
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2012
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7
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N. Tankovsky, N. Zografov, L. Vladimirova, EXAMINATION OF THE INTERFACE ELECTROLYTE-AIR BY DETECTION AND ANALYSIS OF THE OSCILLATIONS OF A PENDANT DROP, DRIVEN BY ELECTRIC FIELD, Balkan Physics Letters, том:20, 2012, стр.:127-132, Ref, PhD
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2012
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8
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N. Tankovsky, E. Syrakov, N. Zografov, Transient ion dynamics in electrolytic cells-general approach and numerical, nonlinear analysis, Recent Patents on catalysis, том:1, брой:2, 2012, стр.:107-118, doi:10.2174/2211548X11201020107, Ref, Web of Science, PhD
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2012
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9
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N. Tankovsky, N. Zografov, Oscillations of a hanging liquid drop, driven by interfacial dielectric force, Z. Phys. Chem., том:225, 2011, стр.:1-7, Ref, Web of Science, PhD
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2011
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10
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N. Tankovsky, E. Syrakov, Transient ion-pair dynamics induced by external electric field in electrolytic cell with blocking electrodes , J. Electrochemical Society, том:157, брой:9, 2010, стр.:130-136, Ref, Web of Science
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2010
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11
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N. Tankovsky, E. Syrakov, A modified Einstein-Nernst relation between mobility and diffusion of charges to evaluate the non-equilibrium, transient processes of ions in electrolytes , Ionics, том:15, брой:5, 2009, стр.:589-594, Ref, Web of Science
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2009
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12
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N. Tankovsky, E. Syrakov, Transient ion dynamics, forced by external electric field in electrolytic cell with blocking electrodes, Ionics, том:14, 2008, стр.:525-531, Ref, Web of Science
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2008
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13
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N. Tankovsky, K. Baerner, D. Barey, Oscillating bubble as a sensor of low frequency electro-acoustic signals in electrolytes, J. Phys: Condensed Matter, том:18, брой:32, 2006, стр.:7605-7612, Ref, Web of Science, в сътрудничество с чуждестранни учени
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2006
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14
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N. Tankovsky, E. Syrakov, Transient ion fluxes, driven by an external electric field in a thin electrolytic cell with blocking electrodes, J.Phys: Condensed Matter, том:17, брой:7, 2005, стр.:1225-1238, Ref, Web of Science
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2005
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15
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N. Tankovsky, I. Nikolov, K. Baerner, I. Buchvarov, Monomode optical fibre as a displacement sensor, Journal of Optics A: Pure and Applied Optics, vol:5, issue:1, 2003, pages:1-5, ISSN (online):14644258, doi:10.1088/1464-4258/5/1/301, Ref, Web of Science, IF (296 - ), SCOPUS, SJR (829 - 2003), SCOPUS Quartile: Q2 (2003), International
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2003
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16
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N. Tankovsky, I. Nikolov, I. Buchvarov, K. Baerner, Optical detection of electroacoustic signals in electrolytes in the low frequency range, J. Appl. Phys., vol:92, issue:12, 2002, pages:7180-7182, ISSN (online):00218979, doi:10.1063/1.1523140, Ref, Web of Science, IF (237 - ), SCOPUS, SJR (2271 - 2002), SCOPUS Quartile: Q1 (2002), International
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2002
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17
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N. Tankovsky, Acoustical nonlinearity of an electroacoustic cell containing electrolyte, J. Acoustic Soc. of America, том:110, брой:1, 2001, стр.:127-134, Ref, Web of Science
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2001
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18
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N. Tankovsky, Capacitive ultrasound transducer, based on the electrical double layer in electrolytes, J. Appl.Phys., том:87, брой:1, 2000, стр.:538-542, Ref, Web of Science
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2000
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19
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N. Tankovsky, K.Nedev, G. Alexieva, Influence of charged macromolecules (lysozyme) to electroacoustic signals excited in a solution, Bulgarian Journal of Physics , vol:27, issue:3, 2000, pages:250-254
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2000
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| Статия в сборник (на конференция и др.) |
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1
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N. Zografov, N. Tankovsky, M. Vankov, Excitation, detection and analysis of low-frequency electroacoustic signals in electrolytes, AIP Conference Proceedings, 2009, PhD
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2009
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2
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N. Zografov, N. Tankovsky, M. Vankov, V. Savov, Detection and analysis of low-frequency electroacoustic signals for examination of electrolytic solutions, Meetings in Physics at University of Sofia: vol. 8, редактор/и:A. Proykova, издателство:Heron Press, Sofia., 2007, MSc
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2007
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3
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N. Tankovsky, E. Syrakov, M. Tsankov, Improved dynamics description of transient ion fluxes, driven by external electric field in electrolytic cell, AIP Conference Proceedings, 2007
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2007
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