On-Demand Webinar: Get the Best of Your Physical & Chemical Characterization of Battery Material Backed by Best Weighing
Overview
Characterization of cathode and anode material during battery development includes specific surface area, density, and pore size distribution calculations. To determine these parameters, you need precise weight measurement, which is hard to do when electrostatic effects and other common environmental factors are present.
In this on-demand webinar, we will talk about the factors that affect your weighing results and explain how you can get more accurate pore size, pore volume and porosity measurements. This is a joint webinar between Sartorius & Anton Paar.
- Document type: Webinar
- Watch time: 52 minutes
- Prevent accuracy errors - better understand the factors that influence environmental conditions
- Optimize accuracy and consistency in your surface measurements
- Use best practices when performing solids and powder density determinations
- Know how to identify the factors that enable accurate measurement of pore size, pore volume and porosity
Webinar Speakers
Mitesh Chhana
Regional Business Manager | EMEA, Sartorius
Mitesh Chhana has 15 years of commercial & technical experience in the Laboratory weighing industry and is highly experienced in selling weighing & software solutions into laboratories where chemical analysis is required across all segments.
Mitesh believes the key to supporting customers is understanding challenges & pain points to offer appropriate product and technical solutions that are appropriate.
Dr. Martin A. Thomas
Lead Scientist | Anton Paar
Dr. Thomas, Anton Paar QuantaTec’s Lead Scientist, has more than forty years’ of experience in the characterization of powders and porous materials. He obtained his PhD from the University of Birmingham (UK) for studies relating to the nickel hydroxide electrode.
After a period working in ceramics and catalyst characterization he joined Quantachrome Instruments (Anton Paar QuantaTec since 2018) in 1991.
He is named on 10 patents relating to porous materials and their characterization, and is co-author of “Characterization of Porous Solids and Powders: Surface Area, Pore Size and Density” published by Springer.