Tuesday publication post! 📖 This article introduces Triton AX, the only liquid cell TEM (LCTEM) workflow solution capable of both liquid heating and cooling during nanoscale electrochemical analysis. Written by our own Kate Stephens and Zayna King, this article is a must-read if you want to understand more about this new system! By enabling precise temperature control across an unprecedented –50 °C to 300 °C range, Triton AX establishes a new benchmark for studying temperature-dependent liquid-phase processes directly in the TEM.
The publication demonstrates how combining electrochemistry with active thermal regulation allows researchers to replicate real operating environments and observe how materials structurally and functionally evolve under realistic conditions.
Key highlights:
❄️ Widest temperature range available in LCTEM, enabling both liquid cooling and heating in a single workflow
🌡️ Benchmark ice crystallization experiments validating robust and reliable liquid cooling performance
⚡ Electroplating studies demonstrating temperature-dependent electrochemical measurements in liquid
🔬 Beam-induced growth experiments confirming suitability for probing temperature-driven liquid-phase dynamics
Together, these results position Triton AX as an advanced and versatile platform for investigating energy materials, electrochemical systems, and nanomaterials under operationally relevant conditions.
Want to read the entire work?
Find it here!
https://doi.org/10.1093/mictod/qaaf028
