- ESTCE, Universitat Jaume I · 12071 - Castellón de la Plana
Laser synthesis of nanomaterials
Synthesis of nanomaterials.
High power femtosecond, picosecond, and nanosecond laser. Systems for nanoparticle characterization.
Collaboration in developing nanomaterials with laser. Free samples for testing.
One of the main challenges of nanotechnology is the development of chemical substances that support a toxic-free environment and are not harmful to people. This is an essential part of the European Green Deal and its zero-pollution ambition. Conventional synthesis methods as wet chemical synthesis or mechanical milling are well suited for nanoparticle mass production. However, they are negatively affected by contamination, unwanted functional groups, and time consuming and pollution producer purification methods. This incites the development of novel nanoparticle synthesis techniques as laser synthesis of nanomaterials developed at GROC·UJI. This technique provides key advantages as simplicity of the experimental setup, broad library of available materials covering nearly the entire periodic table, and, overall, pureness of the nanomaterials, since only the solvent and desired material are required, avoiding the presence and generation of toxic or hazardous adducts and byproduct.
We develop sensors and biocidal materials.
We find nanoscale materials that are not stable at bulk
We design optical systems to enhance nanoparticle production
We work in novel solar nanofluids with high stability
Paula Fabiana Dos Santos Pereira Lima, Ana Carolina Alves de Paula e Silva, Bruna Natália Alves da Silva Pimentel, Ivo Mateus Pinatti, Alexandre Zirpoli Simões, Carlos Eduardo Vergani, Débora Ferreira BarretoVieira, Marcos Alexandre Nunes da Silva, Milene Dias Miranda, Maria Eduarda Santos Monteiro, Amanda Tucci, Carlos Doñate Buendía, María Gladis Mínguez Vega, Juan Manuel Andrés Bort, Elson Longo. SCIENTIFIC REPORTS. Num. 1. Vol. 12. pp. 1-18. 2022. Científico.
Carlos Doñate Buendía, María Mercedes Fernández Alonso, Jesús Lancis Sáez, María Gladis Mínguez Vega. PHOTONICS RESEARCH. Num. 11. Vol. 7. pp. 1249-1257. 2019. Científico.
Carlos Doñate Buendía, Rafael Omar Torres Mendieta, Alexander Pyatenko, Eva Falomir Ventura, María Mercedes Fernández Alonso, María Gladis Mínguez Vega. ACS OMEGA. Num. 3. Vol. 3. pp. 2735-2742. 2018. Científico.
Rafael Omar Torres Mendieta, David Ventura Espinosa, Sara Sabater López, Jesús Lancis Sáez, María Gladis Mínguez Vega, José Antonio Mata Martínez. SCIENTIFIC REPORTS. Vol. 6 . pp. 1-9. 2016. Científico.
PROMETEO/2020/029, Generalitat Valenciana, 01/01/2020-31/12/2024.
PID2019-110927RB-I00, Agencia Estatal de Investigación (AEI), 01/07/2020-30/06/2023.
COST Action CA15119, European Cooperation in Science and Technology, 19/04/2016- 18/04/2020
Marie Skłodowska-Curie Actions ID: 751249 1 March 2018- 29 February 2020
Prof. Elson Longo, at Center for the Development of Functional Materials de Brasil (CDFM) Universidade Federal de São Carlos, Brasil.