BAHDANCHYK, MAKSIM

BAHDANCHYK, MAKSIM  

DIPARTIMENTO DI CHIMICA, MATERIALI E INGEGNERIA CHIMICA "GIULIO NATTA"  

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Risultati 1 - 13 di 13 (tempo di esecuzione: 0.019 secondi).
Titolo Data di pubblicazione Autori File
Assessment of Accelerated Cyclic Electrochemical Technique Compared to Conventional Industrial Testing Methods 1-gen-2021 Maksim BahdanchykPaolo GronchiAntonello Vicenzo +
Boosting the Power of Na0.44MnO2: Unlocking Its Potential for Aqueous Sodium-Ion Storage through Nanostructuring and Hybridization 1-gen-2023 Soleimanzade MehdiManidi JacopoBahdanchyk MaksimVicenzo Antonello +
Charging processes of Na4Mn9O18 electrode in aqueous electrolyte 1-gen-2022 Mehdi SoleimanzadeMaksim BahdanchykMazdak HashempourMassimiliano BestettiAntonello Vicenzo +
CNT–CeO2 Modified Anode in a Microbial Fuel Cell System 1-gen-2018 M. BahdanchykM. BestettiA. Vicenzo +
Comparative study by SPECS and EIS analysis of Sodium Birnessite Electrode 1-gen-2022 Maksim BahdanchykJacopo ManidiAntonello Vicenzo
Electrodeposited Na-Birnessite on Carbon Cloth as Positive Electrode for Capacitive Deionization 1-gen-2023 Maksim BahdanchykJacopo ManidiAntonello Vicenzo +
Evaluation of Co-Ion Desorption and Faradaic Losses in Capacitive Deionization 1-gen-2023 Maksim BahdanchykJacopo ManidiAntonello Vicenzo +
Evaluation of the operating potential window of electrochemical capacitors 1-gen-2020 Bahdanchyk, MaksimVicenzo, Antonello +
Evaluation of Working Potential Limit of Aqueous Supercapacitors 1-gen-2018 BAHDANCHYK, MAKSIMM. HashempourA. VicenzoM. Bestetti
Experimental Study of the Factors Affecting the Efficiency of Capacitive Deionization 1-gen-2021 Maksim BahdanchykMassimiliano BestettiAntonello Vicenzo +
Identifying the Potential of Zero Charge and Faradaic Reactions By Step Potential Electrochemical Spectroscopy 1-gen-2021 Maksim BahdanchykAntonello Vicenzo +
Influence of Crystallinity on the Electrochemical Behavior of Sodium Birnessite Electrodes 1-gen-2022 Jacopo ManidiMaksim BahdanchykAntonello Vicenzo
Parameters influencing the capacitive behavior of carbon composite electrodes: composition, morphology, electrical conductivity, and surface chemistry 1-gen-2018 M. HashempourA. VicenzoM. BahdanchykM. Bestetti