bettersize
0
Home > Learn > Knowledge Center > Revving Up Solid-State Batteries: Particle Analysis for Peak Performance - Slide 2

Revving Up Solid-State Batteries: Particle Analysis for Peak Performance - Slide 2

2025-12-08Webinar

This slide deck was presented in Part 2 of our webinar, "Revving Up Solid-State Batteries: Particle Analysis for Peak Performance," on December 3, 2025. Watch the full recording here!

 

Key Takeaways 

 

1. Measuring SSE Particle Size

  • Principle: Laser Diffraction (Mie Theory) delivers high-resolution data on particle size distribution.
  • Solution: Glovebox Integration isolates reactive Sulfides from moisture/oxygen during Wet or Dry measurement.

 

2. Bulk & Tapped Density of Battery Materials

  • Importance: Tapped Density correlates directly to the Volumetric Energy Density of the battery.
  • Insight: Finer particles do not always pack denser. Monitoring density prevents over-grinding issues.

 

3. True Density of Battery Materials

  • Principle: Gas Displacement (Boyle’s Law) measures the true solid volume by excluding open pores and voids.
  • Application: Essential for verifying phase purity and ensuring consistent electrode coating formulations.

 

Want to know more? Download the PDF to explore the details.

 

Speaker

Bettersize SSB Webinar Speaker - Weichen Gan

 

 

Weichen Gan

Application Scientist at Bettersize Instruments


 

 

 

Recommended articles

Characterizing Iron Dextran Preparation with the BeNano 90

BeNano 90 characterizes iron dextran injections, detecting size differences & aggregates crucial for drug stability & efficacy. Product BeNano Series Industry Pharmaceuticals Sample Iron Dextran Preparation Measurement Type Particle Size Measurement Technology Dynamic Light Scattering ...

Chemicals Application Notes — Precision in Chemical Analysis

Precisely understanding and behavior of chemical materials is fundamental to developing innovative products, optimizing processes, and ensuring consistent quality. However, achieving this precision in chemical analysis can be challenging, as selecting and effectively utilizing the appropriate analyt...

Concentration Measurement of Silica Polishing Slurry with the BeNano 180 Zeta Max

This application note highlights the effectiveness of the BeNano 180 Zeta Max in measuring silica polishing slurry concentration using the LEDLS technique. LEDLS simplifies sample preparation, enables rapid measurements, and delivers consistent, reliable results. For 130nm silica particles within the optimal concentration range, the measured values closely aligned with theoretical predictions, demonstrating the accuracy and dependability of this method.

Rate this article

Downloads
English