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Portada: <strong>de</strong> arriba a abajo y <strong>de</strong> izquierda a <strong>de</strong>recha.<br />

Figura 1: Imagen <strong>de</strong> microscopía electrónica <strong>de</strong> transmisión<br />

que muestra la coalescencia <strong>de</strong> granos en una<br />

lámina <strong>de</strong>lgada ferroeléctrica <strong>de</strong> tantalato <strong>de</strong> estroncio<br />

y bismuto. (J. Ricote, M.L. Calzada y A. González,<br />

Departamento <strong>de</strong> <strong>Materiales</strong> Ferroeléctricos).<br />

Figura 2: Imagen <strong>de</strong> un microscopio <strong>de</strong> efecto túnel<br />

(STM) que muestra la superficie <strong>de</strong> un siliciuro <strong>de</strong> tierras<br />

raras crecido epitaxialmente sobre Si. Cada una <strong>de</strong><br />

las bolas representa un átomo <strong>de</strong> Si en la superficie. Se<br />

pue<strong>de</strong> distinguir que los átomos se disponen en dos<br />

alturas diferentes, formando una red hexagonal. El<br />

tamaño <strong>de</strong> la imagen es 26x23 Å2 (C. Rogero y J.A.<br />

Martín-Gago, Departamento <strong>de</strong> Física e Ingeniería <strong>de</strong><br />

Superficies)<br />

Figura 3: Nanocomposite liquen-epoxi como componente<br />

<strong>de</strong> sensores electroquímicos <strong>de</strong> metales pesados.<br />

(M. Dar<strong>de</strong>r, M. Colilla, N. Lara, E. Ruiz-Hitzky,<br />

Departamento <strong>de</strong> <strong>Materiales</strong> Porosos y Compuestos <strong>de</strong><br />

Intercalación)<br />

Figura 4: Topologia bidimensional <strong>de</strong> la Superficie <strong>de</strong><br />

Fermi <strong>de</strong> una lamina <strong>de</strong> Ag <strong>de</strong>positada en Si(111)-H<br />

<strong>de</strong>terminada por fotoemision. Distribución angular <strong>de</strong><br />

fotoelectrones medidos en el nivel <strong>de</strong> Fermi con una<br />

energía <strong>de</strong> foton <strong>de</strong> 32 eV en una pelicula <strong>de</strong> 6<br />

Monocapas <strong>de</strong> Ag <strong>de</strong>positada sobre H/Si(111)-(1x1) y<br />

recocida a 300° C durante 5 min. (M.C. Asensio y J.<br />

Avila, Departamento <strong>de</strong> Intercaras y Crecimineto)<br />

Figura 5: Micrografía <strong>de</strong> SEM <strong>de</strong> mezclas <strong>de</strong> 3SrO:2TiO 2<br />

mecanoactivadas, mostrando cristales <strong>de</strong> SrTiO 3<br />

. (T.<br />

Hungría, J.G. Lisoni y A. Castro. Departamento <strong>de</strong><br />

Sólidos Iónicos)<br />

Figura 6: Fotografía <strong>de</strong> un array <strong>de</strong> <strong>de</strong>tectores <strong>de</strong> infrarrojo<br />

piroeléctricos crecidos sobre MgO y sus microsoldaduras<br />

al zócalo. (P. Ramos, J. Mendiola, R. Jimenez,<br />

M.L. Calzada , A. Gonzalez y P. Tejedor, Departamento<br />

<strong>de</strong> <strong>Materiales</strong> Ferroeléctricos)<br />

Figura 7: Monocristal <strong>de</strong> la espinela LiMn 2<br />

O 4<br />

<strong>de</strong> hasta<br />

0.2mm como cátodo <strong>de</strong> baterías recargables <strong>de</strong> litio.<br />

(M.A. Monge, J.M. Amarilla, E. Gutiérrez-Puebla, J.A.<br />

Campa, I. Rasines, Departamento <strong>de</strong> Síntesis y<br />

Estructura <strong>de</strong> Óxidos y Departamento <strong>de</strong> Sólidos<br />

Iónicos)<br />

Cover: From top to bottom and left to right.<br />

Figure 1: Transmission electron microscopy image showing<br />

the coalescence of grains in a strontium bismuth<br />

tantalate ferroelectric thin film. (J. Ricote, M.L. Calzada<br />

and A. González, Ferroelectric <strong>Materials</strong> Department).<br />

Figure 2: STM image showing the surface termination<br />

of a rare-earth silici<strong>de</strong> epitaxially grown on Si. The<br />

bumps in the image correspond to Si atoms on the surface.<br />

Two different levels for the surface Si atoms, in a<br />

hexagonal arrangement can be distinguished in the<br />

image. The scanned area is 26x23 Å2. (C. Rogero y J.A.<br />

Martín-Gago, Department of Surface Physics and<br />

Engineering)<br />

Figure 3: Epoxy-lichen nanocomposite as component of<br />

heavy metal ions electrochemical sensors. (M. Dar<strong>de</strong>r,<br />

M. Colilla, N. Lara, E. Ruiz-Hitzky, Porous <strong>Materiales</strong> and<br />

Intercalation Compounds Department).<br />

Figure 4: Bidimensional Fermi Surface topology of the<br />

thick Ag film <strong>de</strong>posited onto Si(111)-H <strong>de</strong>termined<br />

using photoemission. Photoelectron angular distribution<br />

measured at the Ef with hv= 32 eV in a 6-ML Ag film<br />

<strong>de</strong>posited onto H/Si(111)-(1x1) and then annealing to<br />

300° C for 5 min. (M.C. Asensio y J. Avila, Department<br />

of Interfaces and Growth)<br />

Figure 5: SEM micrographs of 3SrO:2TiO 2<br />

mixture<br />

mechanoactivated, showing crystals of SrTiO 3<br />

. (T.<br />

Hungría, J.G. Lisoni and A. Castro. Ionic Solids<br />

Department).<br />

Figure 6: Array of pyroelectric infrarred <strong>de</strong>tector, <strong>de</strong>posited<br />

on MgO and its microboundings. (P. Ramos, J.<br />

Mendiola, R. Jimenez, M.L. Calzada , A. Gonzalez and P.<br />

Tejedor, Ferroelectric <strong>Materials</strong> Department).<br />

Figure 7: Spinel LiMn 2<br />

O 4<br />

crystals showing 0.2mm edg<strong>de</strong><br />

as catho<strong>de</strong> of rechargeable lithium batteries. (M.A.<br />

Monge, J.M. Amarilla, E. Gutiérrez-Puebla, J.A. Campa, I.<br />

Rasines, Synthesis and Structure of Oxi<strong>de</strong>s Dept. and<br />

Ionic Solids Department).<br />

Editores / Editors: Drs. F. Soria, E. Vila y D. J.I. Reguera<br />

Diseño / Design and Lay-out: J.I. Reguera (ICMM)<br />

Impresión / Printed by: P.G.M<br />

No. <strong>de</strong> ejemplares / Number of copies: 900<br />

Nuestro agra<strong>de</strong>cimiento a todo el personal <strong>de</strong>l <strong>Instituto</strong> que ha colaborado en la realización <strong>de</strong> esta Memoria.<br />

We <strong>de</strong>eply thank the Institute’s personnel for their cooperation

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