- Effects of particle morphology on Battery manufacturing: Microscopy methods and powder rheology.
- Probing cell chemistry with in-operando XRD at performance temperatures
- Evaluation of feed material composition and quality with pycnometery and x-ray fluorescence (something manufacturers are doing that may be of interest)
- Powder flow: Evaluating virgin vs recycled feeds.
- Examining crystal structure evolution at fabrication temperatures with non-ambient XRD.
- Evaluation of finished parts with pinhole microanalysis and pycnometery.
- Advanced analysis of structure and chemistry in catalyst materials with EXAFS & PDF on Empyrean
- Evaluating Catalytic reactivity with AutoChem and small-scale reactors.
Unlocking Structure to Accelerate Advanced Materials & Manufacturing
June 16, 2026 | 8:30 AM - 5:00 PM Central USA time | In-person
University of Tennessee -Knoxville (2641 Osprey Vista Way, Knoxville, TN 37920 - Room 147)
About The Event
Join us at the UT Institute for Advanced Materials & Manufacturing (IAMM) in Knoxville for a practical, application‑focused session on leveraging x‑ray techniques to answer real questions in advanced manufacturing, advanced materials, and battery materials. We’ll show how IAMM’s x‑ray diffraction (XRD) facility can support in‑operando and non‑ambient measurements to reveal phase evolution and microstructure under realistic conditions so you can understand how materials behave during processing and use. Building on diffraction, we’ll broaden the lens to techniques and tools that add complementary insight across the workflow: XRD (powder, non‑ambient, in‑operando), X-ray fluorescence, pycnometry, EXAFS (overview), chemisorption, powder flow, and morphology imaging for particle size/shape. We’ll also discuss practical combinations like pairing pycnometer density with XRF to verify feed blends in additive manufacturing, or using particle morphology to anticipate flow and handling in battery production lines. Whether you’re a frequent facility user or exploring new capabilities, you’ll leave with concrete ideas to get more from IAMM’s diffraction resources and to integrate additional measurements from the Malvern Panalytical portfolio for faster, better decisions across R&D and production.
Preliminary agenda (exact times TBD)
Battery Materials - Fabrication and In-Situ Crystallographic evolution
Advanced Manufacturing, minerals & metal alloys (feed versus final)
Catalysts
