Porphyrin-related mofsstructural design towards environmental challenges

  1. AMAYUELAS LOPEZ, EDER
Dirigida por:
  1. Begoña Bazán Blau Directora
  2. María Isabel Arriortua Marcaida Director/a

Universidad de defensa: Universidad del País Vasco - Euskal Herriko Unibertsitatea

Fecha de defensa: 30 de marzo de 2017

Tribunal:
  1. Miren Karmele Urtiaga Greaves Presidenta
  2. Miren Gotzone Barandika Argoitia Secretaria
  3. Philip L. Llewellyn Vocal
  4. Mª Angeles Monge Bravo Vocal
  5. Enrique Pérez Carreño Vocal

Tipo: Tesis

Teseo: 123410 DIALNET lock_openADDI editor

Resumen

Metal-organic frameworks (MOFs) have proven to be interesting materials because of their potential applications in many important fields, such as catalysis, biomedicine or gas storage and separation. This is due to their structural and chemical features which result from the combination of organic ligands (as porphyrins) and metal ions or clusters giving rise to open structures with potentially high pore volumes and surface areas.Thus, in the research work gathered in this report, five new porphyrin-related MOFs have been synthesized, characterized by means of different techniques and, occasionally, applied them in fields as catalysis and adsorption, with beautiful purposes: to face the environmental challenges and to expand the knowledge in the field of advanced materials as a paradigm of the evolution of our species. // Metal-organic frameworks (MOFs) have proven to be interesting materials because of their potential applications in many important fields, such as catalysis, biomedicine or gas storage and separation. This is due to their structural and chemical features which result from the combination of organic ligands (as porphyrins) and metal ions or clusters giving rise to open structures with potentially high pore volumes and surface areas.Thus, in the research work gathered in this report, five new porphyrin-related MOFs have been synthesized, characterized by means of different techniques and, occasionally, applied them in fields as catalysis and adsorption, with beautiful purposes: to face the environmental challenges and to expand the knowledge in the field of advanced materials as a paradigm of the evolution of our species.