Check out this really neat article out of Berkeley Lab where researchers have made real-time movies of copper nanoparticles as they evolve to convert carbon dioxide and water into renewable fuels and chemicals. Their new insights could help advance the next generation of solar fuels. Dr. Yao Yang (center), Dr. Cheng Wang (left), and … Read More
One of our biggest focuses as a company is providing tools that properly scale experiments from bulk to nano. This means the in situ conditions our systems generate inside the TEM mimic those used on the bulk scale as closely as possible, creating results that are relevant and can confidently be incorporated as a … Read More
The sample support is just as important as the hardware, if not more, for a successful in situ TEM electrochemical experiment. At Protochips, we have more than 100 years combined semiconductor development experience that we’ve leveraged into designing and manufacturing innovative and reliable sample supports, or “E-chips”, for in situ TEM applications. We consult with … Read More
Sample preparation is often a tedious and time-consuming task, but it is important to get it right because unintentional variations in the process can derail the entire experiment and falsely label an experiment as “failed”. Protochips has just released a new set of workflow tools that will not only make sample preparation much more reproducible … Read More
Prepare Lamellae in 1/2 the time Use your existing FIB workflow Improve the quality of your electrical measurements New FIB-optimized E-chips use the same sample preparation procedures you are used to in traditional FIB preparation and produce better electrical measurements. (Left) Create thin lamellae liftouts and attach them to E-chips with ease and … Read More
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