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Untitled - Materials Science Institute of Madrid - Consejo Superior de ...

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Superficies, Intercaras<br />

y Láminas Delgadas<br />

1. Adhesión entre cerámicas (ZrO 2<br />

) y metales (Ni)<br />

2. Análisis composicional <strong>de</strong> superficies y capas <strong>de</strong>lgadas<br />

mediante la técnica <strong>de</strong> GDOES<br />

3. Caracterización <strong>de</strong> aleaciones <strong>de</strong> titanio bioinertes<br />

modificadas en superficie<br />

4. Caracterización morfológica <strong>de</strong> películas <strong>de</strong>lgadas<br />

(II-VI) crecidas por MCOVD<br />

5. Crecimiento <strong>de</strong> capas <strong>de</strong>lgadas <strong>de</strong> Fe y Co sobre<br />

superficies or<strong>de</strong>nadas <strong>de</strong> TiO 2<br />

6. Crecimiento <strong>de</strong> siliciuros <strong>de</strong> tierras raras epitaxia<br />

dos sobre Si(111)<br />

7. Crecimiento y caracterización <strong>de</strong> capas <strong>de</strong>lgadas<br />

<strong>de</strong> boro-carbono-nitrógeno<br />

8. Deposición por co-spputering magnetrón <strong>de</strong> compuestos<br />

ternarios basados en TiN<br />

9. Determinación <strong>de</strong> la estructura electrónica y<br />

superficie <strong>de</strong> Fermi <strong>de</strong> los óxidos conductores<br />

bidimensionales - Mo 4<br />

O 11<br />

y K 0.9<br />

Mo 6<br />

O 17<br />

en su estado<br />

normal a temperatura ambiente y <strong>de</strong> onda <strong>de</strong> <strong>de</strong>nsidad<br />

<strong>de</strong> carga a baja temperatura<br />

10. Determinación <strong>de</strong> la superficie <strong>de</strong> Fermi <strong>de</strong> superconductores<br />

BISCO mediante fotoemisión <strong>de</strong> alta<br />

resolución en energía empleando la radiación sincrotrón<br />

11. Determinación estructural empleando la técnica<br />

<strong>de</strong> difracción <strong>de</strong> fotoelectrones (PED)<br />

12. Espectroscopía Brillouin y caracterización acústica<br />

<strong>de</strong> materiales base <strong>de</strong> dispositivos SAW<br />

13. Estudio <strong>de</strong> las propieda<strong>de</strong>s estructurales <strong>de</strong> laminas<br />

<strong>de</strong>lgadas <strong>de</strong> Ag sobre As/Si(111)<br />

14. Materiales <strong>de</strong> baja emisión secundaria para prevenir<br />

el efecto multipactor en instrumentos <strong>de</strong> rf <strong>de</strong><br />

alta potencia en el espacio<br />

15. Medida <strong>de</strong> frentes rugosos y <strong>de</strong>terminación <strong>de</strong> la<br />

estructura cristalina asociada<br />

16. Medida <strong>de</strong> procesos <strong>de</strong> hidruración en fundas <strong>de</strong><br />

combustible nuclear<br />

17. Propieda<strong>de</strong>s electrónicas en superficies y simulaciones<br />

<strong>de</strong> imágenes <strong>de</strong> STM<br />

18. Síntesis <strong>de</strong> láminas DLC y CN x<br />

H y<br />

por ECR-CVD<br />

(Electron Cyclotron Resonance CVD)<br />

19. Transiciones <strong>de</strong> fase en intercaras metálicas:<br />

¿Ondas <strong>de</strong> <strong>de</strong>nsidad <strong>de</strong> carga o efectos dinámicos?<br />

20. Estudio <strong>de</strong> las propieda<strong>de</strong>s mecánicas <strong>de</strong> capas<br />

<strong>de</strong>lgadas mediante técnicas <strong>de</strong> nanoin<strong>de</strong>ntación<br />

Surfaces, Interfaces,<br />

and Thin Films<br />

1. Ceramic (ZrO 2<br />

) metal (Ni) adhesion<br />

2. Surface and <strong>de</strong>pth pr<strong>of</strong>iling composition analysis<br />

<strong>of</strong> thin films by GDOES<br />

3. Characterization <strong>of</strong> surface modified, bioinert titanium<br />

alloys<br />

4. Morphological characterization <strong>of</strong> II-VI thin films<br />

grown by MCOVD<br />

5. Initial growth <strong>of</strong> Fe and Co thin films on TiO 2<br />

(110)<br />

surfaces<br />

6. Growth <strong>of</strong> rare-earth silici<strong>de</strong>s epitaxially grown on<br />

Si(111)<br />

7. Growth and characterisation <strong>of</strong> boron-carbonnitrogen<br />

thin films<br />

8. Sputtering magnetron <strong>de</strong>position <strong>of</strong> ternary compounds<br />

based in TiN<br />

9. Electronic structure and charge <strong>de</strong>nsity wave transition<br />

in molyb<strong>de</strong>num bronzes, -Mo 4<br />

O 11<br />

, K 0.9<br />

Mo 6<br />

O 17<br />

studied by angle-resolved-photoemission<br />

10. Fermi surface <strong>de</strong>termination <strong>of</strong> BISCO superconductors<br />

using a high energy resolution synchrotron<br />

radiation photoemission<br />

11. Structural <strong>de</strong>termination using photoelectron diffraction<br />

technique<br />

12. Brillouin spectroscopy and acoustic characterization<br />

<strong>of</strong> base materials for SAW <strong>de</strong>vices<br />

13. Structural properties <strong>of</strong> metallic films <strong>of</strong> Ag on<br />

As/Si(111)1x1<br />

14. Low secondary electron emission materials to prevent<br />

multipactor effect in high power rf equipment<br />

in space<br />

15. Measurement <strong>of</strong> rough growth fronts and <strong>de</strong>termination<br />

<strong>of</strong> their associated crystalline structure<br />

16. Measurement <strong>of</strong> hydriding processes from their<br />

inner surface <strong>of</strong> nuclear fuel claddings<br />

17 Electronic properties at surfaces and simulation <strong>of</strong><br />

STM images<br />

18. Synthesis <strong>of</strong> DLC and CN x<br />

H y<br />

films by ECR-CVD<br />

19. Phase transitions in metallic interfaces: Charge<br />

<strong>de</strong>nsity wave or dynamical effecs?<br />

20. Study <strong>of</strong> the mechanical properties <strong>of</strong> thin film by<br />

nanoin<strong>de</strong>ntation techniques<br />

63

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