How can nanoscale chemical transformations be characterized by X-ray spectromicroscopy?

What kinds of materials can be imaged under in-situ liquid exposure?

How does the X-ray bulk liquid electrochemistry holder enable visualization of phase separation pathways during operando cycling of LiₓFePO₄?

How can the electrical biasing TEM sample holder uncover the hidden processes that drive battery performance in real-time?

How can the electrical biasing TEM sample holder be used to measure electronic transport properties at the nanoscale in real-time?

How can the MEMS heating + biasing TEM sample holder be used to investigate non-equilibrium phase changes in 2D materials?

What morphology do nanocatalyst particles take on after heating?

How do Cu nanocatalysts degrade in the presence of CO₂?

How can trapped charges influence local electrical behavior in stacked nanocapacitor layers?

How does NaCl addition trigger liquid-liquid phase separation near polymer-capped nanoparticles?

How does metal interlayer material affect solid-state battery performance?

How does solution chemistry influence the etching of palladium nanorods?

How does the nitrate reduction reaction alter the microstructure of catalyst nanocubes?

How does growth solution chemistry affect nanoparticle morphology?