We report a study of the adsorption and reaction of CO on a gold nanotip in high electrostatic fields. Field ion microscopy is used to investigate the emergence of a Au-carbonyl wave that is made visible with oxygen as the imaging gas. We set up a simple kinetic model that reproduces the adsorption wave and confirms that the presence of oxygen merely serves as an imaging gas and does not lead to field-induced oxidation of CO.Journal Articleinfo:eu-repo/semantics/publishe
In surface science there is great effort to move from studying simple, flat model surfaces in vacuum...
AbstractThis study reports the interaction between metal oxides and gold in acidic media and its eff...
The oxidation of carbon monoxide on platinum surfaces is investigated by field ion microscopy (FIM) ...
We report a study of the oxidation of CO on a gold nanotip in the presence of high electrostatic fie...
Gold has been known as being almost completely inactive as a catalyst. However, it was found recentl...
Nanometre-size gold particles on metal-oxide supports have recently been shown to be surprisingly ac...
The CO oxidation over Au crystal surfaces was studied under in-situ conditions at pressures below 10...
We show that gold mono- and di-carbonyls are formed on gold field emitter tips during interaction wi...
The dynamic interaction of pure gold crystals (“tips”) with H2O/CO gas mixtures was studied by means...
Field ion microscopy (FIM) was applied in an attempt to monitor the kinetic oscillations in the CO o...
Recent experimental work has shown that the field electron microscope (FEM) and the field ion micros...
The presence of electric fields may influence the reactivity, the dynamics and the structure of a ca...
Carbon monoxide electrooxidation kinetics were studied at gold single crystals, and the mechanistic ...
Carbon monoxide electrooxidation kinetics were studied at gold single crystals, and the mechanistic ...
Carbon monoxide electrooxidation kinetics were studied at gold single crystals, and the mechanistic ...
In surface science there is great effort to move from studying simple, flat model surfaces in vacuum...
AbstractThis study reports the interaction between metal oxides and gold in acidic media and its eff...
The oxidation of carbon monoxide on platinum surfaces is investigated by field ion microscopy (FIM) ...
We report a study of the oxidation of CO on a gold nanotip in the presence of high electrostatic fie...
Gold has been known as being almost completely inactive as a catalyst. However, it was found recentl...
Nanometre-size gold particles on metal-oxide supports have recently been shown to be surprisingly ac...
The CO oxidation over Au crystal surfaces was studied under in-situ conditions at pressures below 10...
We show that gold mono- and di-carbonyls are formed on gold field emitter tips during interaction wi...
The dynamic interaction of pure gold crystals (“tips”) with H2O/CO gas mixtures was studied by means...
Field ion microscopy (FIM) was applied in an attempt to monitor the kinetic oscillations in the CO o...
Recent experimental work has shown that the field electron microscope (FEM) and the field ion micros...
The presence of electric fields may influence the reactivity, the dynamics and the structure of a ca...
Carbon monoxide electrooxidation kinetics were studied at gold single crystals, and the mechanistic ...
Carbon monoxide electrooxidation kinetics were studied at gold single crystals, and the mechanistic ...
Carbon monoxide electrooxidation kinetics were studied at gold single crystals, and the mechanistic ...
In surface science there is great effort to move from studying simple, flat model surfaces in vacuum...
AbstractThis study reports the interaction between metal oxides and gold in acidic media and its eff...
The oxidation of carbon monoxide on platinum surfaces is investigated by field ion microscopy (FIM) ...