Advanced Materials: IEST SPFT2000 Quantitatively Stress-Chemical Coupling Drives Multi-Step Phase Transition Degradation in Single-Crystal Ultra-High-Nickel Cathodes
Abstract A research team from Central S…
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IEST Application Engineering Team
Crushing Strength Evolution of NCM Cathode Particles at Different SOC
Abstract The effect of SOC on NCM catho…
Correlation Between Separator Ionic Conductivity and Battery Cycle Stability
Abstract Separator ionic conductivity —…
Advanced Materials: Electrochemical Sintering Enables Stress-Lensed Silicon Anodes for Long-Life All-Solid-State Batteries Validated by IEST SPFT2000
Abstract The stress-lens electrochemica…
Multi‑Level Mechanical Property Testing Series: Key Technical Analysis of Powder Compression Testing
Abstract A powder compression test is a…
IEST SPFT2000 Enables Nature Nanotechnology Breakthrough: Coherent Twin Boundaries Unlock Ultra‑High Loading Thick Li‑Rich Cathodes
Abstract Coherent twin boundaries (CTBs…
Silicon-Carbon Pouch Cell In-Situ Swelling Testing Under Buffer Foam Mechanical Constraint
Abstract In-situ swelling testing of si…
IEST In‑Situ Gas Evolution Solution Quantifies Thermal Stability of High‑Safety Solid Polymer Electrolytes (AEM 2024)
Abstract Solid polymer electrolyte refe…
IEST In-Situ Gas Evolution Solutions Power Major ACS Nano Breakthrough: Quantitatively Reveals Initial Gas Evolution Behavior in Li-Rich Cathodes
Abstract In 2025, Prof. Dongliang Peng …
Rational Design of a Li-Rich Hybrid Cathode with a 3D Interstitial Network for Reversible Oxygen Redox
Abstract Li-rich manganese-based layere…
