2017
DOI: 10.1007/978-3-319-66607-5
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Growth of High Permittivity Dielectrics by High Pressure Sputtering from Metallic Targets

Abstract: A mis padres i AGRADECIMIENTOS / ACKNOWLEGDMENTSEn primer lugar, me gustaría agradecer a mi director de tesis, Prof. Enrique San Andrés Serrano, la oportunidad que me ha brindado permitiéndome realizar este trabajo durante estos años. Gracias por todo su esfuerzo, dedicación, confianza y por todas sus enseñanzas. Su labor ha sido mucho más que la de un director. Muchísimas gracias por todo.Querría también agradecer a todos los miembros del grupo de Láminas delgadas y microelectrónica por aceptarme desde el pri… Show more

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Cited by 2 publications
(1 citation statement)
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“…eV is a representative of energy of the electrons discharged from atoms of the material owing to the O 1s state filling; an electron from the L-shell filling the K-shell, combined with an electron being discharged from an L-shell. Such peak results from the degeneration of a more active electron filling the available hole resulting from the x-ray photon alongside an emission by a characteristic energy of the difference between the states comprised in the process [26,27]. Table S1 (see supporting information) shows the XPS elemental analysis of the carbon nanofibres with atomic concentrations of 73.58 at% C 1s, and 26.42 at% O 1s.…”
Section: Formation Mechanism Of the Carbon Nanofibresmentioning
confidence: 99%
“…eV is a representative of energy of the electrons discharged from atoms of the material owing to the O 1s state filling; an electron from the L-shell filling the K-shell, combined with an electron being discharged from an L-shell. Such peak results from the degeneration of a more active electron filling the available hole resulting from the x-ray photon alongside an emission by a characteristic energy of the difference between the states comprised in the process [26,27]. Table S1 (see supporting information) shows the XPS elemental analysis of the carbon nanofibres with atomic concentrations of 73.58 at% C 1s, and 26.42 at% O 1s.…”
Section: Formation Mechanism Of the Carbon Nanofibresmentioning
confidence: 99%