Enhancing beam coherence in low-voltage SEM: A novel approach for laminar flow characterization and electrode optimization

Key Points

• Enhanced beam coherence improves accuracy for laminar flow measurements, leading to better electrode performance.
• The approach reveals notable improvements in measurement precision and reliability across various conditions.
• Observational analysis using low-voltage scanning electron microscopy aids in characterizing flow dynamics effectively.
• Support for electrode optimization is crucial, as it could influence the efficiency of various low-voltage applications.