Add to ORKGThe objective of this study was to develop and use far infrared spectroscopy with a synchrotron source for the elucidation of structures and interactions at electrode surfaces and interfaces. The authors investigated anodically formed surface films on copper in aqueous solutions and water adsorption on gold and platinum. This document contains graphs of infrared spectra and cyclic voltammograms of the films on copper
Abstract: Infrared spectroelectrochemistry is the leading technique for in situ inves-tigation of el...
Over the last two decades FTIR spectroscopy has become an established in-situ analytical tool for th...
Spectroelectrochemical studies have been perfomed on anodic oxidation of copper in 0.10M KOH using a...
International audienceSynchrotron far-infrared spectroscopy in situ was successfully carried out on ...
International audienceWe demonstrate the use of a grazing angle objective attachment to carry out in...
In situ infrared spectroscopy is a particularly powerful method for obtaining molecular specific inf...
An insight into the in situ FTIR spectroscopy method as applied in Electrochemistry is given. the pa...
Vibrational spectroscopic and electrochemical techniques are among the most useful tools for the elu...
Infrared spectroelectrochemistry is the leading technique for in situ investigation of electrode – s...
The aim of this thesis was to investigate the structure of the electrochemical double layer interfac...
We have explored several new aspects in the development of external reflectance infrared spectroscop...
The applicability of a spectroelectrochemical method to the problems related to flotation was studie...
Characterization of surface adsorbed species using infrared (IR) spectroscopy provides valuable info...
Author Institution: Department of Chemistry, Oakland University Rochester; Department of Chemistry, ...
Direct electrochemical methods have been productive in revealing mechanistic details of catalysis by...
Abstract: Infrared spectroelectrochemistry is the leading technique for in situ inves-tigation of el...
Over the last two decades FTIR spectroscopy has become an established in-situ analytical tool for th...
Spectroelectrochemical studies have been perfomed on anodic oxidation of copper in 0.10M KOH using a...
International audienceSynchrotron far-infrared spectroscopy in situ was successfully carried out on ...
International audienceWe demonstrate the use of a grazing angle objective attachment to carry out in...
In situ infrared spectroscopy is a particularly powerful method for obtaining molecular specific inf...
An insight into the in situ FTIR spectroscopy method as applied in Electrochemistry is given. the pa...
Vibrational spectroscopic and electrochemical techniques are among the most useful tools for the elu...
Infrared spectroelectrochemistry is the leading technique for in situ investigation of electrode – s...
The aim of this thesis was to investigate the structure of the electrochemical double layer interfac...
We have explored several new aspects in the development of external reflectance infrared spectroscop...
The applicability of a spectroelectrochemical method to the problems related to flotation was studie...
Characterization of surface adsorbed species using infrared (IR) spectroscopy provides valuable info...
Author Institution: Department of Chemistry, Oakland University Rochester; Department of Chemistry, ...
Direct electrochemical methods have been productive in revealing mechanistic details of catalysis by...
Abstract: Infrared spectroelectrochemistry is the leading technique for in situ inves-tigation of el...
Over the last two decades FTIR spectroscopy has become an established in-situ analytical tool for th...
Spectroelectrochemical studies have been perfomed on anodic oxidation of copper in 0.10M KOH using a...