Advancing Battery Performance through Particle Size & Shape Analysis

Modern batteries have revolutionized our lives, from powering smartphones to electric vehicles. However, there are persistent challenges in characterizing and optimizing batteries for superior performance and longevity.

This webinar will address the importance of particle size and shape analysis of battery materials and how the combination of laser diffraction and image analysis can better help enhance the lifespan of batteries.

Key Learning Objectives:

• Battery materials and their properties
• How particle size and shape can affect the performance of battery materials and slurries
• How laser diffraction and image analysis can be used to enhance the lifespan of batteries
• Discover the latest technological advancements to achieve particle size and shape analysis in one go
• Real-world case studies that demonstrate significant advancements in battery performance

About the webinar speakers: 

Beverly Barnum, PhD is a Senior Application Scientist at Bettersize Inc. She received her Bachelor of Science degree in Chemistry from California State University and earned her PhD in Inorganic Chemistry from the University of Pennsylvania. Recognized for innovative problem-solving, Dr. Barnum is a highly accomplished scientist committed to advancing technological solutions.

Weichen Gan, MS is an Application Scientist at Bettersize Instruments. He received his Bachelor of Science degree in material science and engineering from Harbin Institute of Technology and earned an MS in material science and engineering from the University of Florida. Since joining Bettersize, Weichen has focused on the characterization of the physical properties of inorganic materials and has helped provide relevant solutions.

Who Should Attend?

• Anyone developing battery materials or interested in characterizing battery materials
• Researchers, scientists, and professors involved in battery research and development
• Engineers and professionals involved in battery quality control and manufacturing processes
• Anyone interested in characterizing battery materials