SEM-Raman for Radioactive Phase Identification
How correlative SEM-Raman spectroscopy enables definitive phase identification in radioactive samples for nuclear forensics, fuel analysis, and environmental monitoring.
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One Sample, Three Answers: How Integrated SEM-EDS-Raman Is Changing Pharmaceutical Analysis
How integrated SEM-EDS-Raman analysis accelerates pharmaceutical research: particle contamination identification, polymorphism screening, API characterization, and regulatory compliance — all from a single sample preparation.
Desktop SEM in Pharmaceutical & Drug Delivery Research: 4 Key Studies
How researchers use desktop SEM to characterize microarray patches, transdermal drug delivery systems, and solid lipid nanoparticles in pharmaceutical development.
In Situ SEM-Raman with Waviks Vesta: 6 Published Studies
Published research using the Waviks Vesta laser system for in situ SEM and STEM Raman spectroscopy, laser ablation, and direct-write materials processing.
Raman Spectroscopy FAQ: Everything You Need to Know for SEM Integration
Answers to the most common questions about Raman spectroscopy and how it integrates with scanning electron microscopy for correlative chemical and morphological analysis.
Semiconductor Defect Analysis with EBIC
Using electron beam induced current (EBIC) for semiconductor defect detection: p-n junction mapping, solar cell analysis, and IC failure analysis.
AI & Automation in Desktop SEM: 5 Cutting-Edge Studies
How researchers combine desktop SEM with AI and automation for sample preparation, CNN-based cathode prediction, nanoparticle analysis, and viral aerosol filtration.
Forensic GSR Analysis with SEM-EDS
How forensic labs use SEM-EDS for gunshot residue analysis: sample collection, automated particle detection, and elemental identification.
Best Desktop SEM 2026: Complete Buyer’s Guide
2026 desktop SEM comparison guide: SNE-Alpha vs Phenom vs other tabletop SEMs. Resolution, price, features, and recommendations.
CNT & Graphene Characterization with SEM-Raman
Characterize carbon nanotubes and graphene using correlated SEM imaging and Raman spectroscopy for complete structural analysis.