2p resonant photoemission study ofs

K. Prince; V. Dhanak; P. Finetti; J. Walsh; R. Davis; C. Muryn; H. Dhariwal; G. Thornton

doi:10.1103/PhysRevB.55.9520

2p resonant photoemission study ofs

K. Prince, V. Dhanak, P. Finetti, J. Walsh, R. Davis, C. Muryn, H. Dhariwal, G. Thornton

Research output: Contribution to journal › Article › peer-review

Abstract

Resonant photoemission measurements of (Formula presented) (100) at the Ti (Formula presented) edge are reported. For transitions from 2p to 3d states of (Formula presented) symmetry there is a resonance enhancement of the intensity of the band-gap defect states by a factor of 6. The valence band shows resonance enhancements for transitions to states of both (Formula presented) and (Formula presented) symmetry. The maximum enhancement of 3 for the high binding energy indicates that the whole of the O 2p derived valence band is hybridized with Ti 3d states, with the higher binding-energy part being more strongly mixed. The defect-state resonances are broader than the absorption resonances and have a width of about 4 eV due to the multiplet structure.

Original language	English
Pages (from-to)	9520-9523
Number of pages	4
Journal	Physical Review B - Condensed Matter and Materials Physics
Volume	55
Issue number	15
DOIs	https://doi.org/10.1103/PhysRevB.55.9520
Publication status	Published - 1 Jan 1997

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title = "2p resonant photoemission study ofs",

abstract = "Resonant photoemission measurements of (Formula presented) (100) at the Ti (Formula presented) edge are reported. For transitions from 2p to 3d states of (Formula presented) symmetry there is a resonance enhancement of the intensity of the band-gap defect states by a factor of 6. The valence band shows resonance enhancements for transitions to states of both (Formula presented) and (Formula presented) symmetry. The maximum enhancement of 3 for the high binding energy indicates that the whole of the O 2p derived valence band is hybridized with Ti 3d states, with the higher binding-energy part being more strongly mixed. The defect-state resonances are broader than the absorption resonances and have a width of about 4 eV due to the multiplet structure.",

author = "K. Prince and V. Dhanak and P. Finetti and J. Walsh and R. Davis and C. Muryn and H. Dhariwal and G. Thornton",

year = "1997",

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doi = "10.1103/PhysRevB.55.9520",

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T1 - 2p resonant photoemission study ofs

AU - Prince, K.

AU - Dhanak, V.

AU - Finetti, P.

AU - Walsh, J.

AU - Davis, R.

AU - Muryn, C.

AU - Dhariwal, H.

AU - Thornton, G.

PY - 1997/1/1

Y1 - 1997/1/1

N2 - Resonant photoemission measurements of (Formula presented) (100) at the Ti (Formula presented) edge are reported. For transitions from 2p to 3d states of (Formula presented) symmetry there is a resonance enhancement of the intensity of the band-gap defect states by a factor of 6. The valence band shows resonance enhancements for transitions to states of both (Formula presented) and (Formula presented) symmetry. The maximum enhancement of 3 for the high binding energy indicates that the whole of the O 2p derived valence band is hybridized with Ti 3d states, with the higher binding-energy part being more strongly mixed. The defect-state resonances are broader than the absorption resonances and have a width of about 4 eV due to the multiplet structure.

AB - Resonant photoemission measurements of (Formula presented) (100) at the Ti (Formula presented) edge are reported. For transitions from 2p to 3d states of (Formula presented) symmetry there is a resonance enhancement of the intensity of the band-gap defect states by a factor of 6. The valence band shows resonance enhancements for transitions to states of both (Formula presented) and (Formula presented) symmetry. The maximum enhancement of 3 for the high binding energy indicates that the whole of the O 2p derived valence band is hybridized with Ti 3d states, with the higher binding-energy part being more strongly mixed. The defect-state resonances are broader than the absorption resonances and have a width of about 4 eV due to the multiplet structure.

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DO - 10.1103/PhysRevB.55.9520

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JO - Physical Review B - Condensed Matter and Materials Physics

JF - Physical Review B - Condensed Matter and Materials Physics

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ER -

2p resonant photoemission study ofs

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