Rational Electrode Design for Uniform Electric Fields in Bubble Electrospinning: A Simulation-to-Experiment Study

Key Points

• Uniform electric fields enhance the performance of bubble electrospinning techniques, allowing for better material manufacturing.
• Key evidence shows that optimized electrode designs can improve uniformity by 30% during the process.
• Assessment using simulation-to-experiment study revealed significant improvements in electric field distribution and bubble formation.
• Optimized electrode designs may enable more efficient production processes, suggesting broad applications in materials science.