Home / Articles / X-Ray photoelectron diffraction and photoelectron holography as investigation methods for the local atomic structure of solid surface

X-Ray photoelectron diffraction and photoelectron holography as investigation methods for the local atomic structure of solid surface

Mikhail Vladimirovich Kuznetsov 1
Mikhail Vladimirovich Kuznetsov
, 
Iliya Igorevich Ogorodnikov 1
Iliya Igorevich Ogorodnikov
, 
Andrei Stanislavovich Vorokh 1
Andrei Stanislavovich Vorokh
1 Institute of Solid State Chemistry, Urals Branch of the Russian Academy of Sciences, Ekaterinburg
10.1070/RC2014v083n01ABEH004400
Published 30 November 2013
Communication , Volume 83, Issue 1, 13-37
11
Share
Cite this
GOST
 | 
Cite this
GOST
Copy cite
Kuznetsov M. V., Ogorodnikov I. I., Vorokh A. S. X-Ray photoelectron diffraction and photoelectron holography as investigation methods for the local atomic structure of solid surface // Russian Chemical Reviews. 2014. Vol. 83. No. 1. pp. 13-37.
GOST all authors (up to 50)
Copy cite
Kuznetsov M. V., Ogorodnikov I. I., Vorokh A. S. X-Ray photoelectron diffraction and photoelectron holography as investigation methods for the local atomic structure of solid surface // Russian Chemical Reviews. 2014. Vol. 83. No. 1. pp. 13-37.
RIS
 | 
Cite this
RIS
Copy cite
TY - JOUR
DO - 10.1070/RC2014v083n01ABEH004400
UR - https://rcr.colab.ws/publications/10.1070/RC2014v083n01ABEH004400
TI - X-Ray photoelectron diffraction and photoelectron holography as investigation methods for the local atomic structure of solid surface
T2 - Russian Chemical Reviews
AU - Kuznetsov, Mikhail Vladimirovich
AU - Ogorodnikov, Iliya Igorevich
AU - Vorokh, Andrei Stanislavovich
PY - 2014
DA - 2013/11/30
PB - ANO Editorial Board of the journal Uspekhi Khimii
SP - 13-37
IS - 1
VL - 83
ER -
BibTex
 | 
Cite this
BibTex (up to 50 authors)
Copy cite
@article{2014_Kuznetsov,
author = {Mikhail Vladimirovich Kuznetsov and Iliya Igorevich Ogorodnikov and Andrei Stanislavovich Vorokh},
title = {X-Ray photoelectron diffraction and photoelectron holography as investigation methods for the local atomic structure of solid surface},
journal = {Russian Chemical Reviews},
year = {2014},
volume = {83},
publisher = {ANO Editorial Board of the journal Uspekhi Khimii},
month = {Nov},
url = {https://rcr.colab.ws/publications/10.1070/RC2014v083n01ABEH004400},
number = {1},
pages = {13--37},
doi = {10.1070/RC2014v083n01ABEH004400}
}
MLA
Cite this
MLA
Copy cite
Kuznetsov, Mikhail Vladimirovich, et al. “X-Ray photoelectron diffraction and photoelectron holography as investigation methods for the local atomic structure of solid surface.” Russian Chemical Reviews, vol. 83, no. 1, Nov. 2014, pp. 13-37. https://rcr.colab.ws/publications/10.1070/RC2014v083n01ABEH004400.
Views / Visits / Downloads
25 / 25 / 4

Abstract

The review considers the theoretical and experimental aspects of X-ray photoelectron diffraction and photoelectron holography --- rapidly developing methods meant for investigation of the atomic structure of solid surfaces, in particular, nanostructures, which are formed on the surface during gas adsorption, epitaxial film growth and so on. It is demonstrated that the depth of analysis by these methods is a few nanometres; this provides characterization of the positions of atoms located both on the surface and below the surface. The methods are sensitive to the sort of atom and, in the case of high energy resolution, to the isolated chemical form of the elements. The accumulated experimental information on the application of these methods to study surface structures is analyzed and generalized.

Bibliography --- 122 references.

References

1.
Angular distribution of electrons in ESCA spectra from a single crystal
Siegbahn K., Gelius U., Siegbahn H., Olson E.
Physics Letters, Section A: General, Atomic and Solid State Physics , 1970
2.
Angular distribution of photoelectrons from a metal single crystal
Fadley C.S., Bergström S.Å.
Physics Letters, Section A: General, Atomic and Solid State Physics , 1971
4.
Angular Distribution of Electrons in ESCA Spectra from a Single Crystal
Siegbahn K., Gelius U., Siegbahn H., Olson E.
Physica Scripta , 1970
5.
d-orbital-directed photoemission from silver and gold
McFeely F.R., Stöhr J., Apai G., Wehner P.S., Shirley D.A.
Physical Review B , 1976
6.
Photoelectron angular distributions from gold
Poole R.T., Leckey R.C., Jenkin J.G., Liesegang J.
Journal of Electron Spectroscopy and Related Phenomena , 1972
7.
X-Ray photoelectron diffraction: a novel method of structural analysis in complex monocrystalline solids
Adams J.M., Evans S., Thomas J.M.
Journal of the Chemical Society Chemical Communications , 1978
8.
Photoelectron diffraction: from phenomenological demonstration to practical tool
Woodruff D.P.
Applied Physics A: Materials Science and Processing , 2008
9.
Uracil on Cu(110): A quantitative structure determination by energy-scanned photoelectron diffraction
Duncan D.A., Unterberger W., Kreikemeyer-Lorenzo D., Woodruff D.P.
Journal of Chemical Physics , 2011
10.
Photoelectron diffraction: new dimensions in space, time, and spin
Fadley C.S., Van Hove M.A., Hussain Z., Kaduwela A.P.
Journal of Electron Spectroscopy and Related Phenomena , 1995
12.
Photoelectron diffraction and holography: Present status and future prospects
Fadley C.S., Thevuthasan S., Kaduwela A.P., Westphal C., Kim Y.J., Ynzunza R., Len P., Tober E., Zhang F., Wang Z., Ruebush S., Budge A., Van Hove M.A.
Journal of Electron Spectroscopy and Related Phenomena , 1994
13.
The photoelectron diffraction technique applied to advanced materials
Tejeda A., Michel E.G.
Journal of Physics Condensed Matter , 2004
14.
Ten years of x-ray holography
Faigel G., Bortel G., Fadley C.S., Simionovici A.S., Tegze M.
X-Ray Spectrometry , 2007
16.
Angle-scanned photoemission: Fermi surface mapping and structural determination
Aebi P., Fasel R., Naumović D., Hayoz J., Pillo T., Bovet M., Agostino R.G., Patthey L., Schlapbach L., Gil F.P., Berger H., Kreutz T.J., Osterwalder J.
Surface Science , 1998
17.
X-ray photoelectron spectroscopy: Progress and perspectives
Fadley C.S.
Journal of Electron Spectroscopy and Related Phenomena , 2010
18.
Osterwalder J., Tamai A., Auwärter W., Allan M.P., Greber T.
Chimia , 2006
20.
20
A. A. Krasnovskii
Dokl. Akad. Nauk SSSR , 1954
21.
Surface structural information from photoelectron diffraction
Woodruff D.P.
Journal of Electron Spectroscopy and Related Phenomena , 2010
23.
23
N. V. Vostrilova
Dokl. Akad. Nauk Uzbek. SSR , 1958
24.
Photoelectron holography with improved image reconstruction
Matsushita T., Matsui F., Daimon H., Hayashi K.
Journal of Electron Spectroscopy and Related Phenomena , 2010
25.
Diffraction of Photoelectrons Emitted from Core Levels of Te and Na Atoms Adsorbed on Ni(001)
Woodruff D.P., Norman D., Holland B.W., Smith N.V., Farrell H.H., Traum M.M.
Physical Review Letters , 1978
27.
Low energy photoelectron diffraction analysis at high angular resolution of Cu and Mn/Cu surfaces
Cousland G.P., Smith A.E., Riley J.D., Stampfl A.P.
Journal of Applied Physics , 2009
28.
Mg on Pd(111): The formation of local order observed by photoelectron diffraction
Fischer A., Fasel R., Osterwalder J., Krozer A., Schlapbach L.
Physical Review Letters , 1993
29.
Experimental and theoretical evidence for substitutional molybdenum atoms in theTiO2(110)subsurface
Domenichini B., Andrea Rizzi G., Krüger P., Della Negra M., Li Z., Petukhov M., Granozzi G., Juul Møller P., Bourgeois S.
Physical Review B , 2006
30.
Epitaxial growth of AgCl layers on the Ag(100) surface
Andryushechkin B.V., Eltsov K.N., Shevlyuga V.M., Tarducci C., Cortigiani B., Bardi U., Atrei A.
Surface Science , 1999
31.
Adsorption of carbon monoxide on Ti(0001)
Kuznetsov M.V., Frickel D.P., Shalaeva E.V., Medvedeva N.I.
Journal of Electron Spectroscopy and Related Phenomena , 1998
32.
XPS AND XPD ANALYSIS OF NITROGEN ADSORPTION ON THE Ti(0001) SURFACE
FRICKEL D.P., KUZNETSOV M.V., SHALAEVA E.V.
Surface Review and Letters , 2003
33.
Angle resolved photoemission using a toroidal energy analyser.
Leckey R., Riley J.D., Stampfl A.
Journal of Electron Spectroscopy and Related Phenomena , 1990
34.
Stereo atomscope and diffraction spectroscopy—Atomic site specific property analysis
Matsui F., Matsushita T., Daimon H.
Journal of Electron Spectroscopy and Related Phenomena , 2010
36.
36
J. Billon
Bull. Soc. chim. France , 1960
37.
Electron scattering by atomic chains: Multiple-scattering effects
Xu M.-., Barton J.J., Van Hove M.A.
Physical Review B , 1989
38.
38
V. B. Evstigneev
Dokl. Akad. Nauk SSSR , 1956
39.
XPS and XPD investigation of (112) CuInSe2 and Cu(InGa)Se2 surfaces
Kuznetsov M.V., Shalaeva E.V., Panasko A.G., Yakushev M.V.
Thin Solid Films , 2004
40.
40
A. A. Krasnovskii
Biofizika , 1960
41.
Structure of an unusual tilted state of CO on Fe(001) from x-ray photoelectron diffraction
Saiki R.S., Herman G.S., Yamada M., Osterwalder J., Fadley C.S.
Physical Review Letters , 1989
42.
Equilibrium of segregation in Ag/Cu(111): kinetics and isotherms
Eugène J., Aufray B., Cabané F.
Surface Science , 1991
43.
Chemisorption geometry of formate on Ti2(110) by photoelectron diffraction
Chambers S.A., Thevuthasan S., Kim Y.J., Herman G.S., Wang Z., Tober E., Ynzunza R., Morais J., Peden C.H., Ferris K., Fadley C.S.
Chemical Physics Letters , 1997
45.
Structural analysis of oxygen segregated Nb(110) surface by photoelectron diffraction
Matsui F., Fujikado M., Daimon H., Sell B.C., Fadley C.S., Kobayashi A.
Czechoslovak Journal of Physics , 2006
46.
Observation of the fcc-to-bcc Bain transformation in epitaxial Fe ultrathin films on Cu 3 Au( 001 )
Roldan Cuenya B., Doi M., Löbus S., Courths R., Keune W.
Surface Science , 2001
47.
Comparative high-energy photoelectron diffraction study of Pt(111), Ni(111), andPt50Ni50(111)
Jugnet Y., Grenet G., Prakash N.S., Duc T.M., Poon H.C.
Physical Review B , 1988
48.
Application of a novel multiple scattering approach to photoelectron diffraction and Auger electron diffraction
Kaduwela A.P., Friedman D.J., Fadley C.S.
Journal of Electron Spectroscopy and Related Phenomena , 1991
49.
Final-state effects in photoelectron diffraction
Friedman D.J., Fadley C.S.
Journal of Electron Spectroscopy and Related Phenomena , 1990
51.
High-energy photoelectron diffraction: model calculations and future possibilities
Winkelmann A., Fadley C.S., Garcia de Abajo F.J.
New Journal of Physics , 2008
52.
Kinematical Interpretation of Auger Electron and X-Ray Photoelectron Diffraction from Ag(110) Surface
Takahashi S., Kono S., Sakurai H., Sagawa T.
Journal of the Physical Society of Japan , 1982
53.
Experimental and theoretical low-energy photoelectron diffraction study of the W(001) surface: Adequacy of a single scattering model
Sebilleau D., Desjonqueres M.C., Chauveau D., Guillot C., Lecante J., Treglia G., Spanjaard D.
Surface Science , 1987
54.
Imaging Surface Atomic Structure by Means of Auger Electrons
Frank D.G., Batina N., Golden T., Lu F., Hubbard A.T.
Science , 1990
58.
Photoelectron-diffraction analysis of the structure ofc(2 × 2)O on Ni(001)
Tong S.Y., Kang W.M., Rosenblatt D.H., Tobin J.G., Shirley D.A.
Physical Review B , 1983
59.
Theory of angle-resolved photoemission extended fine structure
Barton J.J., Robey S.W., Shirley D.A.
Physical Review B , 1986
61.
Photoelectron diffraction in the x-ray and ultraviolet regime: Sn-phthalocyanine on Ag(111)
Greif M., Castiglioni L., Seitsonen A.P., Roth S., Osterwalder J., Hengsberger M.
Physical Review B , 2013
62.
62
A. A. Krasnovskii
"Sbornik, Voprosy Khimicheskoi Kinetiki" (Symposium, Problems of Chemical Kinetics) , 1955
63.
X-ray photoelectron diffraction study of Si(001)c(4×4)-C surface
Kosugi R., Sumitani S., Abukawa T., Takakuwa Y., Suzuki S., Sato S., Kono S.
Surface Science , 1998
64.
Direct observation of subsurface oxygen on Rh(111)
Wider J., Greber T., Wetli E., Kreutz T.J., Schwaller P., Osterwalder J.
Surface Science , 1998
65.
Surface sensitivity in electron spectroscopy: coherent versus incoherent scattering models
Smekal W., Werner W.S., Fadley C.S., van Hove M.A.
Journal of Electron Spectroscopy and Related Phenomena , 2004
66.
X-ray photoelectron diffraction and low-energy electron diffraction study of the interaction of oxygen with the Ni(001) surface: c(2 × 2) to saturated oxide
Saiki R.S., Kaduwela A.P., Sagurton M., Osterwalder J., Friedman D.J., Fadley C.S., Brundle C.R.
Surface Science , 1993
67.
Looking inside an endohedral fullerene: Inter- and intramolecular ordering ofDy3N@C80(Ih)on Cu(111)
Treier M., Ruffieux P., Fasel R., Nolting F., Yang S., Dunsch L., Greber T.
Physical Review B , 2009
68.
Imaging of near-neighbor atoms in semiconductors by photoelectron holography
Herman G.S., Thevuthasan S., Tran T.T., Kim Y.J., Fadley C.S.
Physical Review Letters , 1992
70.
X-ray photoelectron diffraction at high angular resolution
Osterwalder J., Stewart E.A., Cyr D., Fadley C.S., Mustre de Leon J., Rehr J.J.
Physical Review B , 1987
71.
Relative importance of recent improvements in the modelling of substrate X-ray photoelectron diffraction - Ni 2p3/2emission from Ni(001)
Osterwalder J., Stuck A., Friedman D.J., Kaduwela A., Fadley C.S., Leon J.M., Rehr J.J.
Physica Scripta , 1990
72.
X-ray photoelectron diffraction study of Cu(111): Multiple scattering investigation
Despont L., Naumović D., Clerc F., Koitzsch C., Garnier M.G., Garcia de Abajo F.J., Van Hove M.A., Aebi P.
Surface Science , 2006
73.
The Rh oxide ultrathin film on Rh(100): An x-ray photoelectron diffraction study
Zhan R.R., Vesselli E., Baraldi A., Lizzit S., Comelli G.
Journal of Chemical Physics , 2010
74.
Multiple scattering investigation of the 1T-TaS2 surface termination
Despont L., Clerc F., Garnier M.G., Berger H., Forró L., Aebi P.
European Physical Journal B , 2006
76.
Growth and structure of thin MnO films on Ag(001) in dependence on film thickness
Chassé A., Langheinrich C., Müller F., Hüfner S.
Surface Science , 2008
77.
Photoelectron diffraction studies of Ag(001), MnO(001) and epitaxial MnO films
Chassé A., Langheinrich C., Nagel M., Chassé T.
Surface Science , 2011
78.
X-ray photoelectron diffraction study of dopant effects in La0.7X0.3MnO3 (X = La, Sr, Ca, Ce) thin films
Raisch C., Langheinrich C., Werner R., Kleiner R., Koelle D., Glaser M., Chassé T., Chassé A.
Journal of Applied Physics , 2013
79.
Epitaxial TiO2 nanoparticles on Pt(111): a structural study by photoelectron diffraction and scanning tunneling microscopy
Sedona F., Eusebio M., Andrea Rizzi G., Granozzi G., Ostermann D., Schierbaum K.
Physical Chemistry Chemical Physics , 2005
80.
Surfactant effect and dissolution of ultrathinFefilms onAg(001)
Terreni S., Cossaro A., Gonella G., Mattera L., Duò L., Ciccacci F., Cvetko D., Floreano L., Morgante A., Verdini A., Canepa M.
Physical Review B , 2004
81.
X-ray photoelectron diffraction study of ultrathin PbTiO3 films
Despont L., Lichtensteiger C., Clerc F., Garnier M.G., Garcia de Abajo F.J., Van Hove M.A., Triscone J.-., Aebi P.
European Physical Journal B , 2006
82.
Atomic surface structure of graphene and its buffer layer on SiC(0001): A chemical-specific photoelectron diffraction approach
de Lima L.H., de Siervo A., Landers R., Viana G.A., Goncalves A.M., Lacerda R.G., Häberle P.
Physical Review B , 2013
83.
Multiple scattering of electrons in solids and molecules: A cluster-model approach
García de Abajo F.J., Van Hove M.A., Fadley C.S.
Physical Review B , 2001
84.
Convergence and reliability of the Rehr-Albers formalism in multiple-scattering calculations of photoelectron diffraction
Chen Y., García de Abajo F.J., Chassé A., Ynzunza R.X., Kaduwela A.P., Van Hove M.A., Fadley C.S.
Physical Review B , 1998
85.
Characterization of 1T-TiSe2 surface by means of STM and XPD experiments and model calculations
Kuznetsov M.V., Ogorodnikov I.I., Vorokh A.S., Rasinkin A.S., Titov A.N.
Surface Science , 2012
87.
A photoelectron diffraction study of the structure of PF3 adsorbed on Ni{111}
Dippel R., Weiss K.-., Schindler K.-., Gardner P., Fritzsche V., Bradshaw A.M., Asensio M.C., Hu X.M., Woodruff D.P., González-Elipe A.R.
Chemical Physics Letters , 1992
88.
Reliability factors for LEED calculations
Pendry J.B.
Journal of Physics C Solid State Physics , 1980
89.
Local structure ofc(2×2)-Na on Al(001): Experimental evidence for the coexistence of intermixing and on-surface adsorption
Fasel R., Aebi P., Osterwalder J., Schlapbach L., Agostino R.G., Chiarello G.
Physical Review B , 1994
90.
90
V. B. Evstigneev
Dokl. Akad. Nauk SSSR , 1951
91.
91
L. M. Vorob'eva
Biokhimiya , 1956
92.
92
A. A. Krasnovskii
Dokl. Akad. Nauk SSSR , 1948
93.
A New Microscopic Principle
GABOR D.
Nature , 1948
94.
Matsushita T., Matsui F., Daimon H., Hayashi K.
e-Journal of Surface Science and Nanotechnology , 2011
95.
Criteria for the observation of strong-field photoelectron holography
Marchenko T., Huismans Y., Schafer K.J., Vrakking M.J.
Physical Review A , 2011
97.
Photoelectron Holography
Barton J.J.
Physical Review Letters , 1988
98.
Electron emission holography at keV energies: Estimates of accuracy and limitations
Thevuthasan S., Herman G.S., Kaduwela A.P., Saiki R.S., Kim Y.J., Niemczura W., Burger M., Fadley C.S.
Physical Review Letters , 1991
99.
X-ray photoelectron holography of ultrathin film and single crystal Cu(111): improving the accuracy of bond-length determination
Hardcastle S., Han Z.-., Harp G.R., Zhang J., Chen B.L., Saldin D.K., Tonner B.P.
Surface Science , 1991
102.
Effect of the reference wave in Auger-electron holography
Saldin D.K., Harp G.R., Tonner B.P.
Physical Review B , 1992
104.
Atomically Resolved Images from Near Node Photoelectron Holography Experiments on Al(111)
Wider J., Baumberger F., Sambi M., Gotter R., Verdini A., Bruno F., Cvetko D., Morgante A., Greber T., Osterwalder J.
Physical Review Letters , 2001
106.
Near node photoelectron holography
Greber T., Osterwalder J.
Chemical Physics Letters , 1996
107.
Photoelectron and x-ray holography by contrast: enhancing image quality and dimensionality
Fadley C.S., Hove M.A., Kaduwela A., Omori S., Zhao L., Marchesini S.
Journal of Physics Condensed Matter , 2001
108.
Differential Photoelectron Holography: A New Approach for Three-Dimensional Atomic Imaging
Omori S., Nihei Y., Rotenberg E., Denlinger J.D., Marchesini S., Kevan S.D., Tonner B.P., Van Hove M.A., Fadley C.S.
Physical Review Letters , 2002
109.
Holographic imaging of TiO2(110) surface structure by differential photoelectron holography
Suzuki A., Hashimoto A., Nojima M., Owari M., Nihei Y.
Surface and Interface Analysis , 2008
110.
Differential photoelectron holography of Cu(100) surface using laboratory-level X-ray sources
Hashimoto A., Suzuki A., Kisaka Y., Miyasaka S., Nojima M., Owari M., Nihei Y.
Surface and Interface Analysis , 2008
112.
Circular dichroism in core photoelectron emission from (1×1) oxygen on W(110): experiment and multiple-scattering theory
Ynzunza R.X., Daimon H., Palomares F.J., Tober E.D., Wang Z., Garcı́a de Abajo F.J., Morais J., Denecke R., Kortright J.B., Hussain Z., Van Hove M.A., Fadley C.S.
Journal of Electron Spectroscopy and Related Phenomena , 2000
113.
Photoelectron-holography using circularly polarized light
Oelsner A., Fecher G.H.
Journal of Electron Spectroscopy and Related Phenomena , 1999
114.
Three-dimensional atomic-arrangement reconstruction from an Auger-electron hologram
Matsushita T., Guo F.Z., Matsui F., Kato Y., Daimon H.
Physical Review B , 2007
115.
Reconstruction algorithm for atomic-resolution holography using translational symmetry
Matsushita T., Guo F.Z., Suzuki M., Matsui F., Daimon H., Hayashi K.
Physical Review B , 2008
116.
Site-Specific Stereograph of SiC(0001) Surface by Inverse Matrix Method
Matsui F., Nishikayama N., Maejima N., Matsui H., Goto K., Hashimoto M., Hatayama T., Matsushita T., Kato Y., Tanaka S., Daimon H.
Journal of the Physical Society of Japan , 2010
117.
3D Atomic Imaging by Internal-Detector Electron Holography
Uesaka A., Hayashi K., Matsushita T., Arai S.
Physical Review Letters , 2011
118.
Photoelectron Diffraction and Holographic Reconstruction of Graphite
Matsui F., Matsushita T., Daimon H.
Journal of the Physical Society of Japan , 2012
119.
ATOMIC STRUCTURE ANALYSIS OF ULTRA THIN IRON SILICIDE FILMS BY STEREO ATOMSCOPE
KATAOKA K., MATSUI F., KATO Y., GUO F.Z., MATSUSHITA T., HATTORI K., DAIMON H.
Surface Review and Letters , 2006
120.
Hard-X-ray Photoelectron Diffraction from Si(001) Covered by a 0–7-nm-Thick SiO2Layer
Píš I., Kobata M., Matsushita T., Nohira H., Kobayashi K.
Applied Physics Express , 2010
121.
121
V. V. Korshak
Izv. Akad. Nauk SSSR, Otd. Khim. Nauk , 1953