An exploratory study of the effects of Cl- on direct methanol fuel cell (DMFC) performance is reported. Trace amounts of Cl- in methanol solution considerably degraded cell performance, with the extent depending on Cl- concentration. Recovery of cell performance was not observed after flushing with hot water for 20 h. The results of methanol-stripping voltammetry showed that the initial and peak potential for methanol oxidation shifted to higher values. Impedance measurements also suggested that the charge-transfer resistance for methanol oxidation became higher after Cl- poisoning. (C) 2005 The Electrochemical Society
The poisoning effect by hydrogen chloride (HCl) on state-of-the-art Ni anode-supported solid oxide f...
Catalyst poisoning from the impurities in the industrial grade methanol is a major challenge for the...
This report presents the results of a program to determine the probable tolerable limits of hydrogen...
Na(+) is a likely intrinsic impurity in water and is a sort of common cation impurity in the direct ...
Progressive thinking about future generation proton exchange membrane fuel cells (PEMFCs) leads us t...
An in situ study of the effects of Na(+), Mg(2+) and Cr(3+) on direct methanol fuel cell (DMFC) perf...
In the operation of a direct methanol fuel cell, the modification by chloride ions on the surface of...
Effects of Fe (3+) and Cr3+ ions on the performance of direct methanol fuel cell were investigated. ...
Investigation has been conducted on the poisoning effect of various contaminants containing chlorine...
Chloride contaminated fuel and/or air streams in an operating proton exchange membrane fuel cell can...
Although the effects of impurities on the Ni-YSZ electrode of a solid oxide cell in fuel cell operat...
The performance and durability of Polymer electrolyte fuel cells (PEFCs) were investigated by separa...
Impedance study of complete methanol depletion in Direct Methanol Fuel Cells K. Wippermann, A. Löh...
Chlorine is a major fuel contaminant when by-product hydrogen from the chlor-alkali industry is used...
In this work, the effect of chloride as a catalyst contaminant was studied on the performance and du...
The poisoning effect by hydrogen chloride (HCl) on state-of-the-art Ni anode-supported solid oxide f...
Catalyst poisoning from the impurities in the industrial grade methanol is a major challenge for the...
This report presents the results of a program to determine the probable tolerable limits of hydrogen...
Na(+) is a likely intrinsic impurity in water and is a sort of common cation impurity in the direct ...
Progressive thinking about future generation proton exchange membrane fuel cells (PEMFCs) leads us t...
An in situ study of the effects of Na(+), Mg(2+) and Cr(3+) on direct methanol fuel cell (DMFC) perf...
In the operation of a direct methanol fuel cell, the modification by chloride ions on the surface of...
Effects of Fe (3+) and Cr3+ ions on the performance of direct methanol fuel cell were investigated. ...
Investigation has been conducted on the poisoning effect of various contaminants containing chlorine...
Chloride contaminated fuel and/or air streams in an operating proton exchange membrane fuel cell can...
Although the effects of impurities on the Ni-YSZ electrode of a solid oxide cell in fuel cell operat...
The performance and durability of Polymer electrolyte fuel cells (PEFCs) were investigated by separa...
Impedance study of complete methanol depletion in Direct Methanol Fuel Cells K. Wippermann, A. Löh...
Chlorine is a major fuel contaminant when by-product hydrogen from the chlor-alkali industry is used...
In this work, the effect of chloride as a catalyst contaminant was studied on the performance and du...
The poisoning effect by hydrogen chloride (HCl) on state-of-the-art Ni anode-supported solid oxide f...
Catalyst poisoning from the impurities in the industrial grade methanol is a major challenge for the...
This report presents the results of a program to determine the probable tolerable limits of hydrogen...