XPS spectra of Pt black in the as received state showed O and C impurities along with Pt. An in situ treatment by O2 and H2 increased Pt intensity and removed a part of oxygen and carbon impurities. The quasihomogeneous model was used for quantitative evaluation applying atomic sensitivity factors published in the literature (Ref. 1). Decomposition of the O 1s region indicated the presence of adsorbed O, OH, and H2O as well as CO and CO species, whereas the C 1s region could be decomposed to give Pt–C, graphite, CxHy polymer, and oxidized C entitie
XPS and cyclic voltammetry were used to characterize 4.9 wt.% platinum-on-graphite catalysts used fo...
Infrared spectroscopy was used to obtain absolute number information on the reaction products during...
Industrially relevant, highly dispersed, Pt/ceria and reference Pt/alumina catalysts with narrow Pt ...
XPS spectra of Pt black in the as received state showed O and C impurities along with Pt. An in situ...
Pt black catalysts have been characterized by X-ray photoelectron spectroscopy (XPS) and ultraviolet...
Results of electron spectroscopy (XPS and UPS) of platinum black catalyst measured in various states...
The formation and catalytic effect of carbonaceous deposits was studied on monofunctional Pt catalys...
A Pt black sample reduced from H2PtCl6 and presintered at 473 K was characterized by X-ray photoelec...
The techniques of XPS and UPS measurements with Pt black catalysts as well as reasonable data proces...
Hydrocarbonaceous deposits are normally present on Pt during hydrocarbon reactions. Carbon depositio...
Platinum (Pt) is a key material in automotive catalytic converters used to clean up the exhaust of t...
Pt‐based materials are widely used as heterogeneous catalysts, in particular for pollutant removal a...
Pt black prepared by reduction with HCHO/KOH contains ca. 2% K impurity (Pt/K). It can be removed by...
XPS and UPS of a Pt black catalyst after customary H2-O2 regeneration shows considerable amounts of ...
XPS and UPS of a Pt black catalyst after customary H2-O2 regeneration shows considerable amounts of ...
XPS and cyclic voltammetry were used to characterize 4.9 wt.% platinum-on-graphite catalysts used fo...
Infrared spectroscopy was used to obtain absolute number information on the reaction products during...
Industrially relevant, highly dispersed, Pt/ceria and reference Pt/alumina catalysts with narrow Pt ...
XPS spectra of Pt black in the as received state showed O and C impurities along with Pt. An in situ...
Pt black catalysts have been characterized by X-ray photoelectron spectroscopy (XPS) and ultraviolet...
Results of electron spectroscopy (XPS and UPS) of platinum black catalyst measured in various states...
The formation and catalytic effect of carbonaceous deposits was studied on monofunctional Pt catalys...
A Pt black sample reduced from H2PtCl6 and presintered at 473 K was characterized by X-ray photoelec...
The techniques of XPS and UPS measurements with Pt black catalysts as well as reasonable data proces...
Hydrocarbonaceous deposits are normally present on Pt during hydrocarbon reactions. Carbon depositio...
Platinum (Pt) is a key material in automotive catalytic converters used to clean up the exhaust of t...
Pt‐based materials are widely used as heterogeneous catalysts, in particular for pollutant removal a...
Pt black prepared by reduction with HCHO/KOH contains ca. 2% K impurity (Pt/K). It can be removed by...
XPS and UPS of a Pt black catalyst after customary H2-O2 regeneration shows considerable amounts of ...
XPS and UPS of a Pt black catalyst after customary H2-O2 regeneration shows considerable amounts of ...
XPS and cyclic voltammetry were used to characterize 4.9 wt.% platinum-on-graphite catalysts used fo...
Infrared spectroscopy was used to obtain absolute number information on the reaction products during...
Industrially relevant, highly dispersed, Pt/ceria and reference Pt/alumina catalysts with narrow Pt ...