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Electrochemistry (electropolishing of stainless steel 316L)
Electrochemical AFM (EC-AFM)
Integration of Electrochemistry and Atomic Force Microscopy
The Electrochemical AFM (EC-AFM) module from CSInstruments is a cutting-edge solution that seamlessly combines electrochemical measurements with high-resolution atomic force microscopy. This innovative technology allows researchers to perform simultaneous electrochemical and topographical analysis at the nanoscale, offering unprecedented insights into material properties and reactions.
Key Features
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Simultaneous Measurements: Conduct electrochemical experiments while imaging surface topography
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High Resolution: Achieve sub-nanometer resolution in AFM imaging
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Versatile Electrochemistry: Compatible with various electrolytes and electrode configurations
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Wide Scan Range: Up to 100 µm in XY direction and 10 µm in Z direction
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Advanced Software: Integrated control suite for AFM and electrochemical measurements
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Flexible Setup: Adaptable to different sample types and experimental conditions
Benefits of EC-AFM Mode
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Comprehensive Analysis: Obtain topographical and electrochemical data simultaneously
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Enhanced Research Capabilities: Uncover new insights into material behaviors at the nanoscale
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Efficient Workflow: Streamlined setup and operation reduce experimental time and complexity
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Advanced Insights: High-resolution imaging coupled with precise electrochemical data
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Versatility: Adapt to a wide range of research applications and sample types
Application fields
Corrosion Studies
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Investigate corrosion mechanisms at the nanoscale
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Evaluate protective coatings and their effectiveness in real-time
Battery Research
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Analyze electrode materials and interfaces during electrochemical cycling
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Study solid-electrolyte interphase (SEI) formation and evolution
Sensor Development
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Develop and test electrochemical sensors with precise topographical feedback
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Optimize sensor surfaces for enhanced sensitivity and selectivity
Surface Chemistry
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Examine surface reactions and modifications with high spatial resolution
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Investigate catalytic processes at the molecular level
Materials Science
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Characterize new materials and their electrochemical behaviors in detail
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Study the impact of nanostructures on electrochemical properties