At the interface of electroanalysis and materials, using small electrodes, imaging, and the power of our diversity to find solutions to challenges in energy.
Urbana, IL
Joined September 2014
- Tweets728
- Following545
- Followers2.1K
- Likes2.1K
Many good times here but we must give new places with a better heart a chance. Maybe this place’s heart comes back to the right place, eventually. Meantime, we will be migrating to where the butterflies are. Find us as jrl-electrochemistry 🦋
Proud to see our own @ArSantiagoC in this mix! Go @LatinXChem !
Our fifth edition of @LatinXChem will officially start in some minutes, and everything was possible thanks to our category organizers and our amazing technical committee. Kudos to them for all the effort in this edition!! #LatinXChem24
Hola Jesabel, muy interesante poster. ¿Cómo se comparan tus resultados con otras variedades de maíz? También me queda la duda, ¿esperarías que diferentes compuestos mostraran diferentes tendencias redox a las vistas aquí en diferentes solventes?
oh wow, so in your photosynthesis experiments you expect to be measuring trace short chain primary alcohols in butanol? it’s great your method works so well in butanol.
Hi Brandon, nice work! I was wondering, since you are determining trace levels of these alcohols, have you considered also the impact of matrix effects or interferences? Also and just out of curiosity, why is the RSD of the method set at 10% as max for the norm you used?
Hola Fátima, interesante trabajo. Algunas preguntas: 1) en la construcción de tus curvas de calibración, consideraste el efecto de la matriz? yo esperaría que el carbono te podría afectar la cuantificación notablemente; 2) has considerado usar una batería mejor conocida?