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1991
Scanning tunneling microscopy (STM) and local probe methods in general offer attractive capabilities for investigations of macromolecules: To observe and study individual objects or molecules in their natural environment, to follow and control molecular processes, and to modify matter on a molecular level.
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Scanning tunneling microscopy (STM) and local probe methods in general offer attractive capabilities for investigations of macromolecules: To observe and study individual objects or molecules in their natural environment, to follow and control molecular processes, and to modify matter on a molecular level.
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1992
Semiconductors represent the class of compounds most extensively studied using STM, for several reasons. In addition to the great technological importance of semiconductors, they have several unique characteristics which make them particularly attractive candidates for STM studies.
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Semiconductors represent the class of compounds most extensively studied using STM, for several reasons. In addition to the great technological importance of semiconductors, they have several unique characteristics which make them particularly attractive candidates for STM studies.
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1992
The local investigation of electrode surfaces and processes by structure-sensitive probing techniques has become an important topic in electrochemistry, since most practically relevant electrochemical systems are characterized by structural and chemical inhomogeneities of the electrode-electrolyte interface. Such inhomogeneities can influence the local
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The local investigation of electrode surfaces and processes by structure-sensitive probing techniques has become an important topic in electrochemistry, since most practically relevant electrochemical systems are characterized by structural and chemical inhomogeneities of the electrode-electrolyte interface. Such inhomogeneities can influence the local
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1992
This chapter presents a review of studies of clean metal surfaces by scanning tunneling microscopy and spectroscopy. The operating principles of the scanning tunneling microscope for small metallic corrugations are explained. Various spectroscopies are described and compared with theory. Some examples of past accomplishments on metal surfaces are given.
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This chapter presents a review of studies of clean metal surfaces by scanning tunneling microscopy and spectroscopy. The operating principles of the scanning tunneling microscope for small metallic corrugations are explained. Various spectroscopies are described and compared with theory. Some examples of past accomplishments on metal surfaces are given.
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Suppression of Atomic Manipulation in the STM by the STM Tip
2014Dogan Kaya +2 more
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Tip-Sample Capacitance in STM(STM-BEEM interfaces)
Science reports of the Research Institutes, Tohoku University. Ser. A, Physics, chemistry and metallurgy, 1997Kurokawa, Shu, Sakai, Akira
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