There is no better way to start the year with the publication of our paper on the OH+CH3CN reaction: "Effect of temperature on the gas-phase reaction of CH3CN with OH radicals: Experimental (T=11.7-177.5 K) and computational (T=10-400 K) kinetic study" @PCCP@FotoairG@CienciaGob
Our article entitled "Effect of temperature on the gas-phase reaction of CH3CN with OH radicals: Experimental (T=11.7-177.5 K) and computational (T=10-400 K) kinetic study" has been accepted for publication @PCCP. There is no better way to start 2024! Thanks to all coauthors.
Sara Espinosa sobre la reactividad en el mwdio interestelar y José Albaladejo, sobre la degradación troposférica de trans-2-metil-2-pentenal
@FotoairG@CHEMLIFEproject
Al estudiar en la @FCTQ_uclm en la tendrás acceso a laboratorios de última generación, lo que te permitirá realizar experimentos y prácticas innovadoras que te prepararán para el mundo laboral. 🧪🔬 #QuimicaUCLM@uclm_es
Great talk by Daniel González today at @j2ifam2023, which is taking place in Madrid! Today he has explained about how the gas-phase reactivity of the OH+CH3CN increases at very low temperatures!
https://t.co/L7YkPW4edp
Interestelar media is very difficult to replicate however Daniel González Pérez de Madrid has given us very interesting insights on the OH+CH3CN reaction at very low temperatures
Interestelar media is very difficult to replicate however Daniel González Pérez de Madrid has given us very interesting insights on the OH+CH3CN reaction at very low temperatures