Chemistry
Catalyst characterization, crystal analysis, reaction products, and materials chemistry
Chemistry research often requires direct observation of materials at the micro and nanoscale. From heterogeneous catalysts to crystalline compounds, scanning electron microscopy reveals morphological details that connect synthesis conditions to material properties and performance.
The SNE-Alpha desktop SEM enables chemistry departments and research labs to characterize materials in-house. Combined with EDS for elemental analysis, it provides both structural and compositional information essential for understanding chemical systems.
Key Chemistry Applications
- Catalyst Characterization: Examine catalyst particle size, morphology, and support interactions. Assess dispersion and surface area
- Crystal Analysis: Study crystal habit, polymorphism, and growth defects in synthesized compounds
- Electrochemistry: Characterize electrode surfaces, electrodeposits, and corrosion products
- MOFs and Zeolites: Image metal-organic frameworks and zeolite crystal morphology and size distribution
- Precipitation Products: Analyze morphology and composition of precipitates and reaction products
- Surface Chemistry: Examine surface modifications, coatings, and adsorbed layers
Catalyst Development
SEM-EDS is essential for catalyst research and development:
- Particle Morphology: Characterize active phase particle size and shape distribution
- Metal Dispersion: Assess distribution of metal particles on support materials
- Deactivation Studies: Examine coke formation, sintering, and poisoning effects
- Support Characterization: Image porosity and surface texture of catalyst supports
Chemistry SEM Images
Sample images captured with the SNE-Alpha desktop SEM.
Galena Crystal
Lead sulfide crystal showing cubic cleavage structure
Silica Nanoparticles
SiO2 particle size and morphology analysis
Chalcopyrite
Copper iron sulfide mineral crystal structure
Lanthanum Powder
Rare earth nanomaterial for catalysis applications
Graphene
Graphene sheets showing layered carbon structure
Mineral Structure
Crystal morphology and surface characterization
Research Applications
Inorganic Synthesis
Characterize morphology and particle size of synthesized inorganic materials and coordination compounds.
Materials Chemistry
Study structure-property relationships in functional materials, ceramics, and composites.
Surface Science
Examine surface modifications, thin films, and interfacial phenomena at the nanoscale.
Green Chemistry
Develop and characterize sustainable materials, bio-based products, and recyclable catalysts.
Recommended Equipment
SNE-Alpha Desktop SEM
Compact, high-resolution scanning electron microscope ideal for research and quality control applications.
Bruker XFlash EDS
Energy dispersive X-ray spectroscopy for elemental analysis and material identification.
MCM-100 Sputter Coater
Prepare non-conductive samples with gold or platinum coatings for optimal SEM imaging.
Related Applications
Resources
Chemistry Research Solutions
See how the SNE-Alpha can support your chemistry research and materials characterization needs.
Request Sample Analysis