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chlorideChemical substance
hydrogenChemical substance
nitrateChemical substance
X-ray diffractionSoftware
_chloride.jpg%3Fwidth%3D300&w=3840&q=75)
hydrateChemical compound
PtRu(1:1)/C catalysts were prepared by a process that was claimed previously to lead to non-alloyed Pt and Ru particles, using two different precursors, Ru nitrosyl nitrate and Ru chloride hydrate. Both X-ray diffraction and characterization by cyclic voltammetry point toward Pt and Ru being present as separate phases in the prepared, non-annealed catalysts. In combination with a high dispersion, this results in proton exchange membrane fuel cell (PEMFC) anode electrocatalysts. These PEMFCs have improved hydrogen oxidation activity and CO tolerance
A PtRuIr/C catalyst was prepared using a microwave-irradiated polyol plus annealing (MIPA) synthesis...
Commercially available carbon-supported pure Pt and pure Ru catalysts were heat treated in order to ...
Commercially available carbon-supported pure Pt and pure Ru catalysts were heat treated in order to ...
PtRu(1:1)/C catalysts were prepared by a process that was claimed previously to lead to non-alloyed ...
PtRu(1:1)/C catalysts were prepared by a process that was claimed previously to lead to non-alloyed ...
PtRu(1:1)/C catalysts were prepared by a process that was claimed previously to lead to non-alloyed ...
PtRu(1:1)/C catalysts were prepared by a process that was claimed previously to lead to non-alloyed ...
PtRu(1:1)/C catalysts were prepared by a process that was claimed previously to lead to nonalloyed P...
PtRu(1:1)/C catalysts were prepared by a process that was claimed previously to lead to nonalloyed P...
PtRu(1:1)/C catalysts were prepared by a process that was claimed previously to lead to nonalloyed P...
PtRu(1:1)/C catalysts were prepared by a process that was claimed previously to lead to nonalloyed P...
In this work, high-surface supported PtRu/C were prepared with Ru(NO)(NO3)(3) and [Pt(H2NCH2CH2NH2)(...
Proton exchange membrane fuel cell (PEMFC) is an efficient, silent and low pollution new electric po...
none3Direct methanol fuel cells (DMFCs) are receiving much attention as power sources for automotive...
A novel PtRu catalyst consisting of a Ru-rich core and a Pt-rich shell was synthesized using a two-s...
A PtRuIr/C catalyst was prepared using a microwave-irradiated polyol plus annealing (MIPA) synthesis...
Commercially available carbon-supported pure Pt and pure Ru catalysts were heat treated in order to ...
Commercially available carbon-supported pure Pt and pure Ru catalysts were heat treated in order to ...
PtRu(1:1)/C catalysts were prepared by a process that was claimed previously to lead to non-alloyed ...
PtRu(1:1)/C catalysts were prepared by a process that was claimed previously to lead to non-alloyed ...
PtRu(1:1)/C catalysts were prepared by a process that was claimed previously to lead to non-alloyed ...
PtRu(1:1)/C catalysts were prepared by a process that was claimed previously to lead to non-alloyed ...
PtRu(1:1)/C catalysts were prepared by a process that was claimed previously to lead to nonalloyed P...
PtRu(1:1)/C catalysts were prepared by a process that was claimed previously to lead to nonalloyed P...
PtRu(1:1)/C catalysts were prepared by a process that was claimed previously to lead to nonalloyed P...
PtRu(1:1)/C catalysts were prepared by a process that was claimed previously to lead to nonalloyed P...
In this work, high-surface supported PtRu/C were prepared with Ru(NO)(NO3)(3) and [Pt(H2NCH2CH2NH2)(...
Proton exchange membrane fuel cell (PEMFC) is an efficient, silent and low pollution new electric po...
none3Direct methanol fuel cells (DMFCs) are receiving much attention as power sources for automotive...
A novel PtRu catalyst consisting of a Ru-rich core and a Pt-rich shell was synthesized using a two-s...
A PtRuIr/C catalyst was prepared using a microwave-irradiated polyol plus annealing (MIPA) synthesis...
Commercially available carbon-supported pure Pt and pure Ru catalysts were heat treated in order to ...
Commercially available carbon-supported pure Pt and pure Ru catalysts were heat treated in order to ...
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