Based onZEISSThe full range of in-situ liquid electrochemical microscopy solutions for electron microscopy offer innovative advantages of high-resolution imaging in real liquid atmospheres, comprehensive multi-modal characterization, and flexible scalability. In this issue, we share the in-situ multimodal analysis method of liquid atmosphere SEM and a new case of high-resolution imaging.
Breakthrough 1: In-situ multimodal analysis of liquid atmosphere SEM.
The ZEISS in-situ liquid electrochemical microscopy solution enables multimodal analysis and characterization of substances by carrying EDS and RAMAN in addition to SEM's high-resolution topography contrast imaging. In liquid atmosphere SEM, high-resolution imaging is organically combined with composition and structure analysis to provide more comprehensive and rich sample information.
Case 1: Circulating foreign matter in an aqueous ZN ion battery.
In situ SEM imaging & EDS & Raman analysis.
Case 2: Analysis of TiO2 homomers.
New Case 2: Evolution of Micro and Nano Bubbles in Liquid Atmosphere.
Micro and nano bubbles have ultra-high stability, large specific surface area, excellent redox ability and high mass transfer efficiency, and play an important role in environmental treatment, ore flotation, microfluidic chip design and other research fields. Based on the excellent resolution of the electron microscope, the whole process of observation of the distribution and evolution process of micro and nano bubbles in the liquid atmosphere environment can be realized.
Case 3: High-resolution imaging of real liquid atmosphere.
Based on the excellent Gemini lens tube design (Beam Booster technology, cross-path design, composite objective structure) and the 10nm ultra-thin viewing window of the In-Situ Nanolab, the SEM can achieve SEM high-resolution imaging of Au nanofloral structures in real liquid atmospheres.
Applications: New energy, marine aviation, electrocatalysis, metal corrosion, environmental science, life science, etc.