REC Silicon’s Post

We have an interesting new talk by Mira Todorova online on our TACO: Taming Complexity in Materials Modeling YouTube channel:

Jeffrey walks through a powerful case study comparing #lithium distribution across pristine and cycled silicon anodes. Check out the full recording in the link below. #siliconanodes #materialsscience #nextgenbatteries

This paper examines the rise of the solar cell market - its size, scope and international spread, and then takes a close analytical look at its various material characterization needs; from silicon wafers to polymer layers and cover glass. https://bit.ly/4aNJPOo

Researchers from Harvard University have developed a lithium metal battery that charges in a matter of minutes and lasts for 6,000 cycles, increasing the lifetime and safety of batteries. Learn more about this potential game-changer in our latest blog post. https://lnkd.in/gkHNhedB

I am glad to share our recent work about the determination of heavy metal ions (Pb2+) using an electrochemical sensor based on Schiff base ligands Enjoy reading https://lnkd.in/dbE47H3E

On May 20, at 3 pm EDT (9 pm CEST), don't miss the 4th Bruker NMR Training Webinar of 2024! Join Amy Freund, Ph.D., and Donna Baldisseri, Ph.D., for "Applications using Exchangeable Protons". Learn more & register: https://lnkd.in/dU2U_KWd The speakers will focus on exchanging protons. First, they will cover techniques to eliminate the water signal from the spectrum or the parts of the spectrum needed to better analyze exchanging protons. Then, they will move on to examining experiments designed to exploit saturation transfer and chemical exchange of these protons, gaining insight into biomolecular dynamical properties. #NMRTraining #BrukerNMRTraining #MagneticResonance #webinar #NMRchat #NMR

All of Redox-Flow electrochemical cells are modular build with the same fundamental framework. That means that you can re-model and re-combine your Redox-Flow cells in new ways as you develop your research. Combine for instance our X-Cell with PEEK flow body and metal current collector on the anode side with a graphite cathode side from our S-Cell.

Ultralow-loss polarization-insensitive silicon nitride-assisted double-etched silicon edge coupler with polarization splitting https://lnkd.in/eMpzfRkg

Tomorrow, May 20, at 3 pm EDT (9 pm CEST), don't miss the 4th Bruker NMR Training Webinar of 2024! Join Amy Freund, Ph.D., and Donna Baldisseri, Ph.D., for "Applications using Exchangeable Protons". Learn more & register: https://lnkd.in/dzMTeCtQ The speakers will focus on exchanging protons. First, they will cover techniques to eliminate the water signal from the spectrum or the parts of the spectrum needed to better analyze exchanging protons. Then, they will move on to examining experiments designed to exploit saturation transfer and chemical exchange of these protons, gaining insight into biomolecular dynamical properties. #NMRTraining #BrukerNMRTraining #MagneticResonance #webinar #NMRchat #NMR

The traditional Japanese structure exhibited an unexpected heat transfer phenomenon in silicon. It is easy to imagine that there is anisotropic heat conduction, but it was totally unexpected that it reverses in the temperature range. We observed the anisotropy reversal of the material thermal conductivity from 1.2 at 300 K to 0.8 at 4 K, with the reversal temperature of 80 K mediated by the transition from a diffusive to a quasi-ballistic regime. #semiconductor #thermalmanagement #phonon #ACSNano https://lnkd.in/gyTpDjGQ