- Magneto-luminescent nanoplatform – Low toxicity and uptake in Zebrafish embryos
- Critical properties and techno-economic aspects of activated carbons from sugarcane bagasse are correlated
- New uses for sugarcane bagasse! Its biochar is converted into a substitute for carbon blacks in polymeric composites
- Wearable binary cooperative polypyrrole nanofilms for chemical mapping on skin
The multifunctional magneto-luminescent nanoplatform are biocompatible, showing no acute toxicity to the zebrafish embryos. Following the nanoparticles uptake and biodistribution via Synchrotron X-ray fluorescence imaging, which manifests their bioaccumulation in embryo’s gastrointestinal tract as an integrated form, suggesting new biological and environmental potential applications.
Critical properties and techno-economic aspects of activated carbons from sugarcane bagasse are correlated
Pyrolyzed sugarcane bagasse is pointed out as an economically-competitive alternative raw material to produce activated carbons at broad range of activation conditions that also tune their critical physico-chemical properties for water and air decontamination
New uses for sugarcane bagasse! Its biochar is converted into a substitute for carbon blacks in polymeric composites
Carbonaceous additives were produced from sugarcane bagasse biochar and tested in polyethylene composites, that presented mechanical, thermal and colorimetric properties very close to the ones prepared with the carbon black from fossil fuels
Wearable polypyrrole nanofilm arrays have been developed to extend the natural capabilities of the skin
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Academia Brasileira de Ciências diploma pesquisador do LNNano
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