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Oxygen-Free High-Resolution El
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2010-08-05
王敏
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Introduction
For two decades, scanning probe
microscopy (SPM) has provided
scientists a unique tool to study
in situ electrochemical processes
with atomic/molecular resolution.
During this time, remarkable
progress has been made at the
interface of electrochemistry (EC)
and SPM. New discoveries contin-
ue to be reported as the research
boundary expands wider and
deeper. While the field steadily
advances, the requirements for
electrochemical scanning probe
microscopes also become greater.
In addition to clean liquid imaging
and atomic resolution, an oxygen-
free environment is now consid-
ered critical for many EC SPM
studies.
For two decades, scanning probe
microscopy (SPM) has provided
scientists a unique tool to study
in situ electrochemical processes
with atomic/molecular resolution.
During this time, remarkable
progress has been made at the
interface of electrochemistry (EC)
and SPM. New discoveries contin-
ue to be reported as the research
boundary expands wider and
deeper. While the field steadily
advances, the requirements for
electrochemical scanning probe
microscopes also become greater.
In addition to clean liquid imaging
and atomic resolution, an oxygen-
free environment is now consid-
ered critical for many EC SPM
studies.
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