We celebrate another succesfull installation of a #PoseidonAX system at the #AGHKrakow! Dr. Evan J. Spadafora visited Krakow to perform the installation together with PIK Instruments. In the photo below we can see (from left to right) Evan together with Amelia Zieba, Dr. Beata Dubiel, Prof. Tomasz Moskalewicz, Mateusz Gostkowski from PIK Instruments and Rafal … Read More
Tuesday publication update! This latest research, published in #NatureCommunications is looking at the transformation of one-dimensional (1D) materials in liquid using our #PoseidonAx system! Developping a versatile, and controlled synthetic method for these materials has long been a challenge, and can now be observed in real time and at the nanoscale. The structural evolution of … Read More
Now this is the face of a new liquid cell expert! Incoming University of Virginia Professor Kory Burns recently attended a Poseidon AX training with Prof. Rob Kelly’s PhD student Timothy Montoya performed by our own Dr. Madeline Dressel Dukes. It was a great 2-day session learning the basics of Poseidon AX operation as well … Read More
A couple weeks ago, our own Dr. Tim Eldred spent some time at the University of Wyoming in Laramie, WY training the team on their Poseidon AX system. Since the Poseidon AX was purchased, new users have entered the lab and this was a great opportunity for them to get familiar with the system. Thank … Read More
Following the Selectivity of Any Catalysts at the Nanoscale
How to Correlate Catalyst Activity to Morphological Changes in the TEM
Observing Catalyst Stability in the TEM, A Workflow
An Arsenal of Tools for the Preparation of In Situ Electron Microscopy Samples
The New and Improved Success Community
Gas Analysis in Atmosphere AX Using an RGA
Workflows for Gas-Phase Heterogeneous Catalysis Research
Flow Management E-chips for Electrochemistry
Tuesday Publication Post! In this newest publication in #NatureNanotechnology the authors are looking at magnetically powered nanomachines with a DNA clutch using the #PoseidonAX in situ liquid phase system! These systems exhibit intricate mechanisms, including a clutch system that allows temporary disengagement of moving parts from the engine—a feat that remains challenging to replicate in … Read More
An additional Friday publication update! Congratulations on a great #NatureCommunications from authors @Ahmed Abdellah of the group of @Leyla Soleymani and @Drew Higgins! In this newest publication, they showed how to remarkably do #diffraction at operando level during in situ electrochemistry. They used the #PoseidonAX system to look at Pd-based catalysts for the CO2 conversion … Read More
Tuesday publication update! Have you ever wanted to see MXenes in the electron microscope in real time using electrochemstry? The authors of this newest publication have looked at Ti3C2Tx MXene Film for High-Performance Actuators using the #PoseidonAX system! The enhancement of tetrabutylammonium (TBA) in MXene catapults the in-plane actuation strain by a staggering 337%, amplifying … Read More
Following the Selectivity of Any Catalysts at the Nanoscale
How to Correlate Catalyst Activity to Morphological Changes in the TEM
Observing Catalyst Stability in the TEM, A Workflow
An Arsenal of Tools for the Preparation of In Situ Electron Microscopy Samples
The New and Improved Success Community
Gas Analysis in Atmosphere AX Using an RGA
Workflows for Gas-Phase Heterogeneous Catalysis Research
Flow Management E-chips for Electrochemistry
New E-chip Alert! We have two new E-chips for Poseidon electrochemistry and we so excited to share them with you! The first one is a new, thinner-spacer electrochemistry E-chip that give you the ultimate flexibility to determine the liquid layer thickness. Now going down to 100 nm, you can find the best balance between liquid … Read More
