Grupo de Química del Estado Sólido y de Materiales Departamento de Química Inorgánica

Teófilo  Rojo,  Luis  Lezama,  Aintzane  Goñi,  Maite  Insausti,  Izaskun  Gil  de  Muro,  Alazne  Peña,  Idoia  Ruiz  de  Larramendi,  José  Ignacio  Ruiz  de  Larramendi,  Jorge  Lago,  José  María  Rojo,  Verónica  Palomares,  Javier  Salado,  Ricardo  Pinedo,  Idoia  Castellanos,  Paula  Serras,  Amaia  Iturrondobeitia,  Paula  Sánchez,  Xabier  Lasheras,  Oihane  K.  Arriortua,  Maider  Orueta,  Aritza  

Wain,  Imanol  Landa,  Aitor  Eguia.  

The work developed in this research group can be divided in two main lines: materials for energy and functionalized magnetic nanoparticles for biomedical applications.

•  The first aspect is the search for commercially viable Li-ion and Na-ion batteries, that is, more economic, safer and longer-life batteries. The preparation of potential candidates for components of batteries includes Li or Na and transition metal oxoanions (like phosphates, fluorosulphates, etc) and Fe or Co oxides. Those materials will be synthesized at the nanoscale in order to able to obtain homogeneous and monodispersed samples. •  The second one explores magnetic nanoparticles for their application in biomedicine. That is, synthesis and characterization of metallic (Pd, PdFe) and oxide (Fe3O4, Fe3-xMxO3 (M = Mn, Zn, …)) nanoparticles, which due to their dimension and the functionalization achieved by the organic capping molecules renders them biocompatible and biofunctional.

Electrode Materials for Energy Storage

!"#

!"#

!"#

!"#

!"#$ "#$"#$ "#$

!"#

!"#

!"#

!"#

!"#$ "#$"#$ "#$

$%&'()#

*+,$%

&'()#

%&'()*"$ +,)*"$-."/'0).1'"$

%&'()*"$ +,)*"$-."/'0).1'"$

Synthesis

Characterization

Li-ion Na-ion Li-air Na-air

hydrothermal, ceramic, sol-gel, freeze-drying…

!"#$%&%'()

*+#$%&%',)

-."+%)$%+/)-."+.&0+1")

2+3"145.)678"9),:;)<=)

>"0?"9&7@9")%A179A.)

B"%8&1+%&.)C7+99+1D)

$9E)+1"97)&70AC?8"9")

B&D1"7+%)1&1A?&97+%."C)FG,;)10)

Tumor  treatment  by  magnetic  hyperthermia  

!"#$%&'()$*+,-./0&10230

!"#$%&'%('%)*%