Dissertationen geleitet (19) Dissertationen, die von den Mitgliedern der Gruppe geleitet wurden

2023

  1. Chemical design of coordination polymers and functional materials: from pore control in mofs through spin dynamics in nanomagnets to rotaxanes in molecular electronics

    miguel casañ, eugenia

    unter der Leitung von EUGENIO CORONADO MIRALLES y GUILLERMO MINGUEZ ESPALLARGAS
  2. Coordination chemistry on surfaces through vapor phase processing: Smart molecular/graphene heterostructures based on spin-crossover complexes and 2d magnets based on coordination polymers

    Gavara Edo, Miguel José

    unter der Leitung von EUGENIO CORONADO MIRALLES

2022

  1. Carboxylic derivatives of spin-crossover complexes in switchable materials and surfaces

    Garcia Lopez, Victor

    unter der Leitung von EUGENIO CORONADO MIRALLES y MIGUEL CLEMENTE LEON
  2. Exploiting the potential of new coordination frameworks for technological applications–from temperature sensing to magnetic storage

    Monni, Noemi

    unter der Leitung von MIGUEL CLEMENTE LEON

2021

  1. Functional molecular materials: supramolecular networks and coordination polymers with optical and/or magnetic properties

    Jornet Mollá, Verónica

    unter der Leitung von FRANCISCO MANUEL ROMERO MARTINEZ y FRANCISCO LLORET PASTOR
  2. Nanomaterials based on magnetic switchable molecules for hybrid devices

    Torres Cavanillas, Ramón

    unter der Leitung von EUGENIO CORONADO MIRALLES y ALICIA FORMENT ALIAGA
  3. Coupling colloidal chemistry with coordination chemistry: Design of hybrid nanomaterials by the assembly of plasmonic nanoparticles and functional coordination complexes

    Sanchis Gual, Roger

    unter der Leitung von EUGENIO CORONADO MIRALLES y MARC CORONADO PUCHAU
  4. Unconventional synthesis and properties of zeolitic imidazolate frameworks and 2d mofs

    Lopez Cabrelles, Javier

    unter der Leitung von EUGENIO CORONADO MIRALLES y GUILLERMO MINGUEZ ESPALLARGAS
  5. Magnetic materials based on coordination chemistry: from switching molecules to multifunctional magnets

    Palacios Corella, Mario

    unter der Leitung von EUGENIO CORONADO MIRALLES y MIGUEL CLEMENTE LEON
  6. Two-dimensional crystals and van der waals heterostructures based on inorganic and molecular strongly correlated layered materials

    Mañas Valero, Samuel

    unter der Leitung von EUGENIO CORONADO MIRALLES

2020

  1. Nanomaterials and devices for energy storage and conversion

    Romero Pascual, Jorge

    unter der Leitung von EUGENIO CORONADO MIRALLES
  2. Hybrid heterostructures and materials based on transition metal dichalcogenides

    Moran Giner, Marc

    unter der Leitung von EUGENIO CORONADO MIRALLES y ALICIA FORMENT ALIAGA
  3. Spin relaxation and coherence in molecular nanomagnets and molecular spin qubits

    Escalera Moreno, Luis

    unter der Leitung von ALEJANDRO GAITA ARIÑO y EUGENIO CORONADO MIRALLES

2019

  1. Interplay between spin transition and gas sorption in compartmentalized coordination polymers

    Calvo Galve, Néstor

    unter der Leitung von EUGENIO CORONADO MIRALLES y GUILLERMO MINGUEZ ESPALLARGAS
  2. Ultrathin films of layered coordination polymers: charge transport and spin crossover at the nanoscale

    Rubio Giménez, Víctor

    unter der Leitung von EUGENIO CORONADO MIRALLES y CARLOS MARTI GASTALDO

2018

  1. Magnetic materials based on layered double hydroxides: chemical design, processing and electrochemical applications

    Carrasco Andrés, Jose Alberto

    unter der Leitung von EUGENIO CORONADO MIRALLES y GONZALO ABELLAN SAEZ

2017

  1. Molecular nanostructures on ferromagnetic metals for spintronics

    Mattera, Michele

    unter der Leitung von EUGENIO CORONADO MIRALLES, ALICIA FORMENT ALIAGA y SERGIO TATAY AGUILAR
  2. Molecular spintronic devices: from molecular spin valves to spin-oleds

    Gómez Miralles, Sara

    unter der Leitung von EUGENIO CORONADO MIRALLES y HELENA PRIMA GARCIA
  3. The use of polyoxometalates for the design of high-nuclearity magnetic clusters, single-ion magnets and photo-responsive materials

    Duan, Yan

    unter der Leitung von EUGENIO CORONADO MIRALLES y CARLOS GIMENEZ SAIZ