Absolute delight to host our friends from @unam_mx Ensenada, Mexico, Prof. Romo Herrera and Jose @RuizMarizcal from @RomoHerrera_Lab and partner up on catalytic solutions for nitrate upconversion.
@DrFernando_jRM@LatinXChem@todoscicese Dr. Fernando muchísimas gracias por la felicitación y la oportunidad de participar en un congreso tan amplio como éste, fue una experiencia interesante y bastante amena !
@LatinXChem congratulates @RuizMarizcal from @todoscicese. The #Nano028 poster got an honorable mention in the #LXChemNano category.
Thank you for your participation and enthusiasm sharing your work!
https://t.co/J5TWV7SlxI
@JULIOCH00703545@LatinXChem Thank you Julio
We do not purify it,the XPS analysis indicates only the presence of C and N,which is what interests us.And the total amount of material depends directly on the amount of precursors, but with the characteristics that we handle,we have about ~330 mgr per synthesis.
@drii_iird@LatinXChem Yes, the doping technique they use is very interesting and I am struck by the proportion of nitrogen that they can obtain using that technique and oxidized graphene, we do studies with XPS in case you are interested, talk about it a bit and see what is can do
@drii_iird@LatinXChem Thank you very much Adriana !!
Yes, in fact your work was very interesting to me, because right now we are working with nitrogen-doped graphene and various nitrogenous species, it would be interesting to think of some collaboration!
@JULIOCH00703545@LatinXChem Regarding the question with the SWCNT, I have read that it is possible to synthesize them using this technique, however I do not know the conditions and variables that are required.
@JULIOCH00703545@LatinXChem Another advantage goes mainly to doping with nitrogen, it allows us to vary the proportions of nitrogen as well as the nitrogenous species.