In-situ and working condition analysis
In-situ and working condition analysis

In-situ and working condition analysis

Structural evolution analysis under high temperature, low temperature, controlled atmosphere, electrochemistry, humidity, pressure, and during chemical reactions.

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Typical Samples

Battery materials, catalysts, phase change materials, ceramic materials, metallic materials, functional thin films.

Problems that XRD can solve

Phase transition temperature, reaction pathway, intermediate phase identification, structural changes during cycling, thermal stability, material evolution mechanisms under operating conditions.

Typical Application Examples

In-situ charge-discharge XRD testing of battery cathode materials allows observation of lattice parameter changes and phase transition behavior during charge and discharge, helping to understand the relationship between capacity decay and structural stability.

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