Titlebook: Nanoscale Probes of the Solid/Liquid Interface; Andrew A. Gewirth,Hans Siegenthaler Book 1995 Springer Science+Business Media Dordrecht 19

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A. Hamelinis and many more are at risk. Since the cause of arsenic contamination in groundwater still remains unclear, this book seeks to address the arsenic issue in this region by pursuing a holistic and systematic scientific approach. Accordingly, it delineates various sources, processes, hypotheses and re

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e review show that the life with a ventilator-dependent child is a constant struggle and balancing act, which the parents cannot manage without professional support. Further research on the topic is needed because more and more increasingly sick children are able to live at home with the help of med

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The Metal-Solution Interface in the STM-Configuration, and has been established as one of the few methods that can give atomic resolution. But though the STM has been successfully applied to a number of systems, as is evident from this volume, its mode of operation in electrolyte solutions is not completely understood. For example, it is not clear why

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Electron Tunneling in Electrochemical STM,d to investigate coherent tunneling in water. A conservative estimate indicates that there are 4 to 5 water molecules in a tunneling pathway of GΩ resistance. The ‘tunneling barrier’ may be quite high (similar to vacuum tunneling) if molecules remain rigid as the gap is increased. On the other hand,

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In-Situ Scanning Tunneling Microscopy in Semiconductor Electrochemistry,py (STM) since the technique raises some problems specific to this class of materials. The basic concepts of semiconductor electrodes are briefly exposed before questions relative to tunneling conditions in the UHV and in solution are compared. The possibility for in-situ spectroscopic characterizat

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A Description of the Scanning Electrochemical Microscope (SECM) and of Its Applications, last six years, excited a great deal of interests. An attempt is made to define the principles of the technique, describe the instrumentation, highlight some of the theoretical aspects and review the applications with an emphasis on imaging, microfabrication and electroanalytical measurements.