Yazar "Farsak, Murat" için Fen-Edebiyat Fakültesi listeleme
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Electrochemical performance of lithium molybdenum composite catalyst in oxygen reduction reaction
Ongun Yüce, Ayşe; Farsak, Murat; Akgül, Fatma Sevim; Tezcan, Fatih; Telli, Esra; Kardaş, Gülfeza (ELSEVİER, 2015)A gel/LiMo catalyst was prepared as a cathode material via the solegel process and applied calcination at different times. The influence of calcination times, properties and the electrochemical performance of the catalyst ... -
Enhanced electrocatalytic efficiency of C/MWNTs for methanol oxidation using Ni deposited on MWNTs
Farsak, Murat; Gardaş, Gülfeza (SCIENTIFIC TECHNICAL RESEARCH COUNCIL TURKEY-TUBITAK, 2015)The power density of direct methanol fuel cells (DMFCs) can be changed by using different anode materials. Especially porous materials are preferred for the anode. In the present study, multiwall carbon nanotubes were first ... -
Investigation of noble metal loading CoWZn electrode for HER
Telli, Esra; Farsak, Murat; Kardaş, Gülfeza (ELSEVİER, 2017)It is important to metal deposition on the electrode surface to increase the electrocatalytic activity of the electrodes. CoWZn coated the graphite rod was used to prepare the cathode electrode. Moreover, then Pt and Ru ... -
The electrocatalytic properties of lithium copper composite in the oxygen reduction reaction
Farsak, Murat; Telli, Esra; Tezcan, Fatih; Akgül, Fatma Sevim; Ongun Yüce, Ayşe; Kardaş, Gülfeza (ELSEVİER, 2014)A new carbon supported lithium-copper cathode catalyst (gel@LiCu) is composed of activated carbon (@) supported gel, LiNO3 and CuCl2 mixture is investigated in the oxygen reduction reaction. The gel@LiCu cathode, which ... -
The noble metal loading binary ironezinc electrode for hydrogen production
Farsak, Murat; Telli, Esra; Ongun Yüce, Ayşe; Kardaş, Gülfeza (ELSEVİER, 2017)The binary FeZn was electrodeposited on graphite surface for hydrogen evolution reactions. Then, zinc was leached from the surface by an etching method in alkaline solution. A trace amount of platinum and ruthenium ...