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Dr. Tatyana Reshetenko
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Academic Career Length
14Years (2013-Present)
(Calculated once Scilit publication data is synced: current year − year of first publication + 1)
Representative Publications
View All Publications1 February 2022 in Journal of Power Sources
Journal Article
SASrinu Akula
Srinu AkulaMMMarek Mooste
Marek MoosteBZBarr Zulevi
Barr Zulevi
SMSam McKinney
Sam McKinney
AKArvo Kikas
Arvo Kikas
Kaido Tammeveski +11
1 September 2021 in Electrochimica Acta
Journal Article
TRTatyana Reshetenko
Tatyana ReshetenkoAKAndrei Kulikovsky
Andrei Kulikovsky1 March 2021 in Electrochimica Acta
Journal Article
TRTatyana Reshetenko
Tatyana ReshetenkoBBBonnie L. Ben
Bonnie L. Ben
1 October 2019 in Journal of Power Sources
Journal Article
TRTatyana Reshetenko
Tatyana ReshetenkoVLVincent Laue
Vincent Laue
UKUlrike Krewer
Ulrike KrewerKAKaterina Artyushkova
Katerina Artyushkova20 July 2016 in Journal of the Electrochemical Society
Journal Article
TRTatyana Reshetenko
Tatyana ReshetenkoAKAndrei Kulikovsky
Andrei KulikovskyExperimental impedance spectra of a segmented PEM fuel cell are fitted using a numerical impedance model based on the transient macrohomogeneous equations for the cathode side. Dependence of the cell transport and kinetic parameters on the current density is reported in the range from 50 to 400 mA cm−2. The largest variation (growth by an order of magnitude) exhibit the cathode catalyst layer proton conductivity σp and oxygen diffusivity. Moreover, σp exhibits a stepwise change at the current density ≃ 200 mA cm−2. This jump could lead to formation of current-carrying and current-free zones over the cell surface. Recent experimental data (JES, 156, B301 (2009)) show that this configuration is indeed realized in PEMFCs with the high- and low-current density zones under the channel and rib, respectively.
1 November 2020 in Journal of the Electrochemical Society
Journal Article
TRTatyana Reshetenko
Tatyana ReshetenkoAKAndrei Kulikovsky
Andrei KulikovskyOxygen transport resistivity of the cathode catalyst layer in a low–Pt PEM fuel cell has been determined using two methods: the first one is fitting of our recent physics–based impedance model to the experimental impedance spectra of the cell, and the second is calculation of distribution of relaxation times (DRT) using the same spectra. Comparison of the two methods shows that the DRT peak with the characteristic frequency on the order of 500 to 1000 Hz describes oxygen transport in the open pore and in Nafion film covering Pt/C agglomerates in the catalyst layer. This result makes it possible using experimental impedance spectroscopy and DRT calculation for routine measurements of cathode transport resistivity in low–Pt PEMFCs.
About Me
Dr. Tatyana V. Reshetenko received her PhD in Catalysis from Novosibirsk State University and the Boreskov Institute of Catalysis (Russia) in 2003. Subsequently, she worked at Samsung SDI (South Korea) where her research shifted to fuel cell development and the design of membrane electrode assemblies (MEAs) for direct methanol fuel cells (DMFCs) and proton exchange membrane fuel cells (PEMFCs). She has been with the Hawaii Natural Energy Institute (USA) since 2007. Dr. Reshetenko’s principle areas of interest are in the fields of material science, electrochemistry and fuel cells. Her current work involves the evaluation of electrochemical conversion and storage systems (DMFCs, PEMFCs, AEMFCs, batteries) using novel and sophisticated methods such as segmented cell systems and impedance spectroscopy. Tatyana is PI and co-PI in projects sponsored by DOE, ARO and ONR. She is an inventor on several patents, has co-authored book chapters, 70 technical papers and over 50 presentations at international conferences.