Presenting the @belspo LIBS-SCReeN project (ep. 3) 🎬
In this final episode we show the Laser-Induced Breakdown Spectroscopy #LIBS data processing pipelines we are developing to identify elements and minerals more efficiently ⬇️
Presenting the @belspo LIBS-SCReeN project (ep. 2) 🎬
Using Laser-Induced Breakdown Spectroscopy #LIBS we develop methods for fast & reliable identification of potential pollutants in soils, helping to monitor soil health & contributing to the EU's new Soil Monitoring Law⬇️
Embark on a Cosmic Adventure! Explore the mesmerizing realm of meteorites & earthly rocks with our newest LIBS experiment. 🪨🛰️ Ready to journey into the cosmos? Click below to download the PDF.
#LIBS#spectroscopy#photonics#space https://t.co/u8I6pO0Jtr
Hope you enjoyed the #IAMG2023 welcome program! Tomorrow we'll start our first session with Prof Jennifer Mckinley giving her plenary. @mckinley_geojen
The @EU_Commission would like to hear your views on the proposal for a Soil Monitoring and Resilience law🇪🇺🤎
Read the proposal➡️ https://t.co/cQ02LTdUy2
Have your say➡️https://t.co/DmvmM5jlbH
Deadline: 28 Sept 2023
The annual conference of the @IAMG_Math_Geo#IAMG2023 is quickly approaching!
Make sure to add to your agenda the oral presentation by Simon Nachtergaele @simon_ntg showing the work being carried out in the LIBS-SCReeN project⬇️
The annual conference of the @IAMG_Math_Geo#IAMG2023 is quickly approaching!
Make sure to add to your agenda the oral presentation by Simon Nachtergaele @simon_ntg showing the work being carried out in the LIBS-SCReeN project⬇️
“Chemical fingerprinting” our geological collection: the LIBS-SCReeN project is featured as one of the innovation highlights of 2022 in the Annual Report of the Royal Belgian Institute of Natural Sciences @RBINSmuseum 💥
Read the full report here ➡️ https://t.co/jEAXKWZi3c
Presenting the @belspo LIBS-SCReeN project (ep. 2) 🎬
Using Laser-Induced Breakdown Spectroscopy #LIBS we develop methods for fast & reliable identification of potential pollutants in soils, helping to monitor soil health & contributing to the EU's new Soil Monitoring Law⬇️
Soils are the foundation of our food security, yet less than 40% of EU soils are healthy.
We have proposed a new Soil Monitoring Law to help increase our resilience against climate change and ensure that all soils are healthy by 2050.
Learn more with our #EUDataCrunch 👇
Did you know that LIBS-SCReeN is in close collaboration with @robominers? Laser-Induced Breakdown Spectroscopy is one of the techniques employed for ore detection in deposits that are small & difficult to access. Here is a demo of the analytical circuit using pumped water⬇️
Going to #IAMG2023? Then do not miss the oral presentation by Simon Nachtergaele showing the work being carried out in the LIBS-SCReeN project⬇️
S23 Automated Lithology
S2303 "Automated mineralogy using LIBS and deep learning"
🗓️Thu Aug 10th @ 10:40 📍Auditorium
The #IAMG2023 program has been released.
If you're joining us in Trondheim, please log in for the full functionality.
If you're not joining us, have a quick look anyway to see what you're missing out on!
https://t.co/sQXj8lC7WE
Although our focus is on critical raw materials in zinc-lead deposits, did you know that exploration & research can also count on our Laser-Induced Breakdown Spectroscopy #LIBS instruments for fast identification & mapping of other critical raw materials such as lithium?🔋
Did you know that LIBS-SCReeN is in close collaboration with @robominers? Laser-Induced Breakdown Spectroscopy is one of the techniques employed for ore detection in deposits that are small & difficult to access. Here is a demo of the analytical circuit using pumped water⬇️
#GSBprojects LIBS-SCReeN (BELSPO) utilise le Laser-Induced Breakdown Spectroscopy (LIBS) pour cibler des éléments chimiques critiques (Ge+Ga) dans les gisements belges de Zn et Pb. Le LIBS est également testé pour la caractérisation des sols et la surveillance de l'environnement.