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X-ray absorption spectra
Chemisorption/physisorption: ...
Impurity and defect levels; e...
X-ray emission spectra and fl...
X-ray spectra
Molecular liquids
Photoemission and photoelectr...
X-ray scattering
Clean metal, semiconductor, a...
Photoelectron spectra
Surface and interface chemist...
X-ray absorption spectroscopy...
Interfaces; heterostructures;...
Electron spectroscopy , Auger...
Electron states at surfaces a...
Liquids
Adsorption kinetics
Electronic excitation and ion...
Electron states and collectiv...
Narrow-band systems; intermed...
1.
Tokushima Takashi; Horikawa Yuka; Arai Hidemi; Harada Yoshihisa; Takahashi Osamu; Pettersson Lars G. M.; Nilsson Anders; Shin Shik
Polarization dependent resonant x-ray emission spectroscopy of D2O and H2O water: Assignment of the local molecular orbital symmetry
2.
Gladh J.; Öberg H.; Li Jibiao; Ljungberg M. P.; Matsuda A.; Ogasawara H.; Nilsson A.; Pettersson L. G. M.; Öström H.
X-ray emission spectroscopy and density functional study of CO/Fe(100)
3.
Rajasekaran Srivats; Kaya Sarp; Anniyev Toyli; Ogasawara Hirohito; Nilsson Anders
Probing substrate effects in the carbon-projected band structure of graphene on Pt(111) through resonant inelastic x-ray scattering
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4.
Miller D. J.; Öberg H.; Kaya S.; Sanchez Casalongue H.; Friebel D.; Anniyev T.; Ogasawara H.; Bluhm H.; Pettersson L. G. M.; Nilsson A.
Oxidation of Pt(111) under Near-Ambient Conditions
5.
Huang Ningdong; Nordlund Dennis; Huang Congcong; Bergmann Uwe; Weiss Thomas M.; Pettersson Lars G. M.; Nilsson Anders
X-ray Raman scattering provides evidence for interfacial acetonitrile-water dipole interactions in aqueous solutions
6.
Waluyo Iradwikanari; Huang Congcong; Nordlund Dennis; Weiss Thomas M.; Pettersson Lars G. M.; Nilsson Anders
Increased fraction of low-density structures in aqueous solutions of fluoride
7.
Wikfeldt K. T.; Huang C.; Nilsson A.; Pettersson L. G. M.
Enhanced small-angle scattering connected to the Widom line in simulations of supercooled water
8.
Waluyo Iradwikanari; Huang Congcong; Nordlund Dennis; Bergmann Uwe; Weiss Thomas M.; Pettersson Lars G. M.; Nilsson Anders
The structure of water in the hydration shell of cations from x-ray Raman and small angle x-ray scattering measurements
9.
Ljungberg M. P.; Pettersson L. G. M.; Nilsson A.
Vibrational interference effects in x-ray emission of a model water dimer: Implications for the interpretation of the liquid spectrum
10.
Ljungberg M. P.; Nilsson A.; Pettersson L. G. M.
Semiclassical description of nuclear dynamics in x-ray emission of water
11.
Miller D. J.; Öberg H.; Näslund L.-Å.; Anniyev T.; Ogasawara H.; Pettersson L. G. M.; Nilsson A.
Low O2 dissociation barrier on Pt(111) due to adsorbate–adsorbate interactions
12.
Huang Congcong; Weiss T. M.; Nordlund D.; Wikfeldt K. T.; Pettersson L. G. M.; Nilsson A.
Increasing correlation length in bulk supercooled H2O, D2O, and NaCl solution determined from small angle x-ray scattering
13.
Wikfeldt Kjartan Thor; Leetmaa Mikael; Mace Amber; Nilsson Anders; Pettersson Lars G. M.
Oxygen-oxygen correlations in liquid water: Addressing the discrepancy between diffraction and extended x-ray absorption fine-structure using a novel multiple-data set fitting technique
14.
Schiros T.; Takahashi O.; Andersson K. J.; Öström H.; Pettersson L. G. M.; Nilsson A.; Ogasawara H.
The role of substrate electrons in the wetting of a metal surface
15.
Nordlund D.; Ogasawara H.; Andersson K. J.; Tatarkhanov M.; Salmerón M.; Pettersson L. G. M.; Nilsson A.
Sensitivity of x-ray absorption spectroscopy to hydrogen bond topology
16.
Ljungberg Mathias P.; Lyubartsev A. P.; Nilsson Anders; Pettersson Lars G. M.
Assessing the electric-field approximation to IR and Raman spectra of dilute HOD in D2O
17.
Waluyo Iradwikanari; Nordlund Dennis; Bergmann Uwe; Pettersson Lars G. M.; Nilsson Anders
Increased fraction of weakened hydrogen bonds of water in aerosol OT reverse micelles
18.
Tatarkhanov M.; Fomin E.; Salmeron M.; Andersson K.; Ogasawara H.; Pettersson L. G. M.; Nilsson A.; Cerdá J. I.
The structure of mixed H2O–;OH monolayer films on Ru(0001)
19.
Leetmaa Mikael; Nilsson Anders; Swenson Jan; Odelius Michael; Ljungberg Mathias P.; Wikfeldt Kjartan Thor; Pettersson Lars G. M.
Diffraction and IR/Raman data do not prove tetrahedral water
20.
Pettersson L. G. M.; Shin S.; Takahashi O.; Harada Y.; Tokushima T.; Nilsson A.
Comment on “Isotope and Temperature Effects in Liquid Water Probed by X-Ray Absorption and Resonant X-Ray Emission Spectroscopy”
21.
Bergmann Uwe; Glatzel Pieter; Principi Emiliano; Wernet Philippe; Cicco Andrea Di; Nilsson Anders
Erratum: “Nearest-neighbor oxygen distances in liquid water and ice observed by x-ray Raman based extended x-ray absorption fine structure” [J. Chem. Phys. ;127, 174504 (2007)]
22.
Nordlund D.; Pettersson L. G. M.; Nagasono M.; Odelius M.; Takahashi O.; Bluhm H.; Ogasawara H.; Nilsson A.
Probing the Electron Delocalization in Liquid Water and Ice at Attosecond Time Scales
23.
Bergmann Uwe; Wernet Philippe; Di Cicco Andrea; Glatzel Pieter; Principi Emiliano; Nilsson Anders
Nearest-neighbor oxygen distances in liquid water and ice observed by x-ray Raman based extended x-ray absorption fine structure
24.
Wessely O.; Katsnelson M. I.; Nilsson A.; Nikitin A.; Ogasawara H.; Odelius M.; Sanyal B.; Eriksson O.
Dynamical core-hole screening in the x-ray absorption spectra of hydrogenated carbon nanotubes and graphene
25.
Öström H.; Ogasawara H.; Näslund L.-Å.; Andersson K.; Pettersson L. G. M.; Nilsson A.
Geometric and electronic structure of methane adsorbed on a Pt surface
26.
Bergmann U.; Nordlund D.; Wernet Ph.; Odelius M.; Pettersson L. G. M.; Nilsson A.
Isotope effects in liquid water probed by x-ray Raman spectroscopy
27.
Leetmaa Mikael; Nilsson Anders; Näslund Lars-Åke; Odelius Michael; Ogasawara Hirohito; Ljungberg Mathias; Pettersson Lars G. M.
Are recent water models obtained by fitting diffraction data consistent with infrared/Raman and x-ray absorption spectra?
28.
Hakala M.; Nygård K.; Pettersson L. G. M.; Nilsson A.; Buslaps T.; Huotari S.; Manninen S.; Hämäläinen K.
Correlation of hydrogen bond lengths and angles in liquid water based on Compton scattering
29.
Cavalleri Matteo; Nilsson Anders; Odelius Michael; Ojamäe Lars; Myneni Satish; Ogasawara Hirohito; Wernet Philippe; Edwards David C.; Näslund Lars-Åke; Pettersson Lars G. M.
The local structure of protonated water from x-ray absorption and density functional theory
30.
Öström H.; Pettersson L. G. M.; Näslund L.-Å.; Ogasawara H.; Nilsson A.
Physisorption-Induced C-H Bond Elongation in Methane
31.
Takahashi Osamu; Bluhm Hendrik; Nilsson Anders; Nordlund Dennis; Odelius Michael; Pettersson Lars G. M.
Auger decay calculations with core-hole excited-state molecular-dynamics simulations of water
32.
Odelius Michael; Cavalleri Matteo; Nilsson Anders; Pettersson Lars G. M.
X-ray absorption spectrum of liquid water from molecular dynamics simulations: Asymmetric model
33.
Nikitin A.; Ogasawara H.; Mann D.; Denecke R.; Zhang Z.; Dai H.; Cho K.; Nilsson A.
Hydrogenation of Single-Walled Carbon Nanotubes
34.
Wernet Ph.; Hazemann J.-L.; Argoud R.; Glatzel P.; Pettersson L. G. M.; Nilsson A.; Testemale D.; Bergmann U.
Spectroscopic characterization of microscopic hydrogen-bonding disparities in supercritical water
35.
Odelius Michael; Ogasawara Hirohito; Nordlund Dennis; Fuchs Oliver; Weinhardt Lothar; Maier Florian; Umbach Eberhard; Heske Clemens; Zubavichus Yan; Grunze Michael; Denlinger Jonathan D.; Pettersson Lars G. M.; Nilsson Anders
Ultrafast Core-Hole-Induced Dynamics in Water Probed by X-Ray Emission Spectroscopy
36.
Nilsson A.; Ogasawara H.; Cavalleri M.; Nordlund D.; Nyberg M.; Wernet Ph.; Pettersson L. G. M.
The hydrogen bond in ice probed by soft x-ray spectroscopy and density functional theory
37.
Cavalleri Matteo; Odelius Michael; Nilsson Anders; Pettersson Lars G. M.
X-ray absorption spectra of water within a plane-wave Car-Parrinello molecular dynamics framework
38.
Andersson K.; Nyberg M.; Pettersson L. G. M.; Brown G. E.; Doyle C. S.; Kendelewicz T.; Nordlund D.; Ogasawara H.; Nilsson A.
Experimental and theoretical characterization of the structure of defects at the pyrite FeS2(100) surface
39.
Andersson K.; Nikitin A.; Pettersson L. G. M.; Nilsson A.; Ogasawara H.
Water Dissociation on Ru(001); An Activated Process
40.
Brena B.; Nordlund D.; Odelius M.; Ogasawara H.; Nilsson A.; Pettersson L. G. M.
Ultrafast Molecular Dissociation of Water in Ice
41.
Hakala M.; Huotari S.; Hämäläinen K.; Manninen S.; Wernet Ph.; Nilsson A.; Pettersson L. G. M.
Compton profiles for water and mixed water-neon clusters: A measure of coordination
42.
Föhlisch A.; Wurth W.; Stichler M.; Keller C.; Nilsson A.
X-ray emission spectroscopy of (23×2;3)R30°;CO/Ru(0001); Comparison to c(2×2);CO/Ni(100) and c(2×2);CO/Cu(100)
43.
Nyberg M.; Odelius M.; Nilsson A.; Pettersson L. G. M.
Hydrogen bonding between adsorbed deprotonated glycine molecules on Cu(110)
44.
Öström H.; Triguero L.; Nyberg M.; Ogasawara H.; Pettersson L. G. M.; Nilsson A.
Bonding of Saturated Hydrocarbons to Metal Surfaces
45.
Magnuson M.; Nilsson A.; Wassdahl N.; Föhlisch A.; Rubensson J.-E.; Mårtensson N.
X-ray fluorescence spectra of metals excited below threshold
46.
Öström H.; Triguero L.; Pettersson L. G. M.; Nyberg M.; Nordlund D.; Garnier M. G.; Ogasawara H.; Weiss K.; Nilsson A.
Orbital rehybridization in n-octane adsorbed on Cu(110)
47.
Ogasawara H.; Brena B.; Nordlund D.; Nyberg M.; Pelmenschikov A.; Pettersson L. G. M.; Nilsson A.
Structure and Bonding of Water on Pt(111)
48.
Bergmann U.; Cavalleri M.; Wernet Ph.; Glatzel P.; Pettersson L. G. M.; Nilsson A.; Cramer S. P.
X-ray Raman spectroscopy at the oxygen K edge of water and ice: Implications on local structure models
49.
Katano Satoshi; Kim Yousoo; Furukawa Masashi; Ogasawara Hirohito; Komeda Tadahiro; Kato Hiroyuki S.; Nilsson Anders; Kawai Maki; Domen Kazunari
Scanning Tunneling Microscopy and Near Edge X‐ray Absorption Fine Structure Studies of Adsorption of Trans‐2‐butene on Pd(110)
50.
Föhlisch A.; Karis O.; Weinelt M.; Hasselström J.; Nilsson A.; Mårtensson N.
Auger Resonant Raman Scattering in Itinerant Electron Systems: Continuum Excitation in Cu
51.
Nordlund D.; Garnier M. G.; Witkowski N.; Denecke R.; Nilsson A.; Nagasono M.; Mårtensson N.; Föhlisch A.
Limits to the quantitative analysis of multiatom resonant photoemission: The case of c(2×2);O/Ni(100)
52.
Karis O.; Magnuson M.; Wiell T.; Weinelt M.; Wassdahl N.; Nilsson A.; Mårtensson N.; Holmström E.; Niklasson A. M. N.; Eriksson O.; Johansson B.
Probing surface states of Cu/Ni thin films using x-ray absorption spectroscopy
53.
Pettersson Lars; Nilsson Anders; Myneni Satish; Luo Yi; Nyberg Mats; Cavalleri Matteo; Ojamäe Lars; Näslund Lars; Ogasawara Hirohito; Odelius Michael; Pelmenschikov Alexander
Electronic structure effects from hydrogen bonding in the liquid phase and in chemisorption: an integrated theory and experimental effort
54.
Karis O.; Magnuson M.; Wiell T.; Weinelt M.; Wassdahl N.; Nilsson A.; Mårtensson N.; Holmström E.; Niklasson A. M. N.; Eriksson O.
Observation of short- and long-range hybridization of a buried Cu monolayer in Ni
55.
Hasselström J.; Föhlisch A.; Nilsson A.; Denecke R.; de Groot F. M. F.
Crystal-field splitting in coadsorbate systems: c(2×2); CO/K/Ni(100)
56.
Föhlisch A.; Nyberg M.; Hasselström J.; Karis O.; Pettersson L. G. M.; Nilsson A.
How Carbon Monoxide Adsorbs in Different Sites
57.
Föhlisch A.; Triguero L.; Nilsson A.; Karis O.; Wassdahl N.; Bennich P.; Hasselström J.; Nyberg M.; Pettersson L. G. M.
Ground-state interpretation of x-ray emission spectroscopy on adsorbates: CO adsorbed on Cu(100)
58.
Karis O.; Hasselström J.; Wassdahl N.; Weinelt M.; Nilsson A.; Nyberg M.; Pettersson L. G. M.; Stöhr J.; Samant M. G.
The bonding of simple carboxylic acids on Cu(110)
59.
Nyberg M.; Hasselström J.; Karis O.; Wassdahl N.; Weinelt M.; Nilsson A.; Pettersson L. G. M.
The electronic structure and surface chemistry of glycine adsorbed on Cu(110)
60.
Föhlisch A.; Nyberg M.; Bennich P.; Triguero L.; Hasselström J.; Karis O.; Pettersson L. G. M.; Nilsson A.
The bonding of CO to metal surfaces
61.
Staufer M.; Birkenheuer U.; Belling T.; Nörtemann F.; Rösch N.; Stichler M.; Keller C.; Wurth W.; Menzel D.; Pettersson L. G. M.; Föhlisch A.; Nilsson A.
Interpretation of x-ray emission spectra: NO adsorbed on Ru(001)
62.
Magnuson M.; Nilsson A.; Weinelt M.; Mårtensson N.
Angular-dependent resonant-photoemission processes at the 2p thresholds in nickel metal
63.
Bennich P.; Puglia C.; Brühwiler P. A.; Nilsson A.; Maxwell A. J.; Sandell A.; Mårtensson N.; Rudolf P.
Photoemission study of K on graphite
64.
Hasselström J.; Föhlisch A.; Karis O.; Wassdahl N.; Weinelt M.; Nilsson A.; Nyberg M.; Pettersson L. G. M.; Stöhr J.
Ammonia adsorbed on Cu(110): An angle resolved x-ray spectroscopic and ab initio study
65.
Triguero Luciano; Luo Yi; Pettersson Lars G. M.; Ågren Hans; Väterlein Peter; Weinelt Martin; Föhlisch Alexander; Hasselström Jörgen; Karis Olof; Nilsson Anders
Resonant soft-x-ray emission spectroscopy of surface adsorbates: Theory, computations, and measurements of ethylene and benzene on Cu(110)
66.
Sundin S.; Bässler M.; Deneche R.; Weiss M.; Väterlein P.; Nilsson A.; Svensson S.
Imaging properties of beam line optics for undulator based third generation synchrotron facilities
67.
Weinelt M.; Wassdahl N.; Wiell T.; Karis O.; Hasselström J.; Bennich P.; Nilsson A.; Stöhr J.; Samant M.
Electronic structure of benzene on Ni(100) and Cu(110): An x-ray-spectroscopy study
68.
Föhlisch A.; Wassdahl N.; Hasselström J.; Karis O.; Menzel D.; Mårtensson N.; Nilsson A.
Beyond the Chemical Shift: Vibrationally Resolved Core-Level Photoelectron Spectra of Adsorbed CO
69.
Magnuson M.; Wassdahl N.; Nilsson A.; Föhlisch A.; Nordgren J.; Mårtensson N.
Resonant Auger spectroscopy at the L2,3 shake-up thresholds as a probe of electron correlation effects in nickel
70.
Puglia C.; Brühwiler P. A.; Hasselström J.; Bennich P.; Nilsson A.; Mårtensson N.
New final state in the autoionization decay detected for N2/(2×2)K/graphite;; Relevance for the affinity level of NO on a K monolayer
71.
Wiell T.; Klepeis J. E.; Bennich P.; Björneholm O.; Wassdahl N.; Nilsson A.
Local aspects of the adsorbate-substrate chemical bond in N/Cu(100) and O/Cu(100)
72.
Bennich P.; Wiell T.; Karis O.; Weinelt M.; Wassdahl N.; Nilsson A.; Nyberg M.; Pettersson L. G. M.; Stöhr J.; Samant M.
Nature of the surface chemical bond in N2 on Ni(100) studied by x-ray-emission spectroscopy and ab initio calculations
73.
Sandell A.; Hjortstam O.; Nilsson A.; Brühwiler P. A.; Eriksson O.; Bennich P.; Rudolf P.; Wills J. M.; Johansson B.; Mårtensson N.
Bonding of an Isolated K atom to a Surface: Experiment and Theory
74.
Nilsson A.; Weinelt M.; Wiell T.; Bennich P.; Karis O.; Wassdahl N.; Stöhr J.; Samant M. G.
An Atom-Specific Look at the Surface Chemical Bond
75.
Weinelt M.; Nilsson A.; Magnuson M.; Wiell T.; Wassdahl N.; Karis O.; Föhlisch A.; Mårtensson N.; Stöhr J.; Samant M.
Resonant Photoemission at the 2p Edges of Ni: Resonant Raman and Interference Effects
76.
Nilsson A.; Stöhr J.; Wiell T.; Aldén M.; Bennich P.; Wassdahl N.; Samant M. G.; Parkin S. S. P.; Mårtensson N.; Nordgren J.; Johansson B.; Skriver H. L.
Determination of the electronic density of states near buried interfaces: Application to Co/Cu multilayers
77.
Ebert H.; Stöhr J.; Parkin S. S. P.; Samant M.; Nilsson A.
L‐edge x‐ray absorption in fcc and bcc Cu metal; Comparison of experimental and first‐principles theoretical results
78.
Qvarford M.; Nilsson A.; Leonyuk L.; Karlsson U. O.; Lindau I.; Andersen J. N.; Nyholm R.; Chiaia G.; Söderholm S.; Mårtensson N.
Doping dependence of the O 1s core‐level photoemission in Bi‐Sr‐Ca‐Cu‐O superconductors
79.
Karis O.; Nilsson A.; Weinelt M.; Wiell T.; Puglia C.; Wassdahl N.; Mårtensson N.; Samant M.; Stöhr J.
One‐step and two‐step description of deexcitation processes in weakly interacting systems
80.
Nilsson A.; Bennich P.; Wiell T.; Wassdahl N.; Mårtensson N.; Nordgren J.; Björneholm O.; Stöhr J.
Direct probing of the adsorbate‐substrate chemical bond using angle‐dependent x‐ray‐emission spectroscopy
81.
Brühwiler P. A.; Maxwell AJ.; Puglia C.; Nilsson A.; Andersson S.; Mårtensson N.
π;*; and σ;*; Excitons in C 1s Absorption of Graphite
82.
Chiaia G.; Qvarford M.; Lindau I.; Nilsson A.; Leonyuk L.; Flodström S. A.; Karlsson U. O.; Söderholm S.; Mårtensson N.
Cluster‐configuration‐interaction analysis of Cu 2;p and valence‐band photoemission measurements on Bi;2Sr2CaCu2O8 and Bi2Sr2CuO6 superconductors
83.
Duda L.-C.; Stöhr J.; Mancini D. C.; Nilsson A.; Wassdahl N.; Nordgren J.; Samant M. G.
Magnetic dichroism in L2,3 emission of Fe, Co, and Ni following energy‐dependent excitation with circularly polarized x rays
84.
Björneholm O.; Tillborg H.; Nilsson A.; Mårtensson N.; Ågren H.; Liegener C. M.
Vibrationally and orientationally selective probing of intramolecular potentials in physisorbed molecules
85.
Sandell A.; Nilsson A.; Bennich P.; Mårtensson N.
Imagelike screening mechanisms for weakly adsorbed atoms
86.
Maxwell A. J.; Mårtensson N.; Nilsson A.; Brühwiler P. A.; Rudolf P.
Photoemission, autoionization, and x‐ray‐absorption spectroscopy of ultrathin‐film C;60 on Au(110)
87.
Sandell A.; Björneholm O.; Nilsson A.; Hernnäs B.; Andersen J. N.; Mårtensson N.
Resonant Auger studies of CO adsorbed on two groups of d transition metals
88.
Björneholm O.; Nilsson A.; Sandell A.; Hernnäs B.; Mårtensson N.
Vibrationally selective autoionization of physisorbed molecular nitrogen
89.
Brühwiler P. A.; Maxwell A. J.; Nilsson A.; Mårtensson N.; Gunnarsson O.
Auger and photoelectron study of the Hubbard U in C60, K3C60, and K6C60
90.
Enkvist Christer; Lunell Sten; Sjögren Bo; Svensson Svante; Brühwiler Paul A.; Nilsson Anders; Maxwell Andrew J.; Mårtensson Nils
C1s shakeup spectrum of C60: Global charge‐transfer satellites and their relation to the x‐ray threshold singularities in macroscopic systems
91.
Sandell A.; Nilsson A.; Björneholm O.; Tillborg H.; Mårtensson N.
Core‐hole decay studies of O/Ni(100) ;c(2×2)
92.
Zdansky E. O. F.; Nilsson A.; Andersen J. N.; Mårtensson N.; Björneholm O.; Tillborg H.; Nyholm R.
Electronic structure of atomic adsorbates from x‐ray‐absorption spectroscopy; Threshold effects and higher excited states
93.
Tillborg Helena; Nilsson Anders; Wiell Tomas; Wassdahl Nial; Mårtensson Nils; Nordgren Joseph
Electronic structure of atomic oxygen adsorbed on Ni(100) and Cu(100) studied by soft‐x‐ray emission and photoelectron spectroscopies
94.
Hernnäs B.; Björneholm O.; Nilsson A.; Tillborg H.; Sandell A.; Mårtensson N.; Karolewski M.; Andersen J. N.
Observation of CO‐metal hybridization in Ni 2;p x‐ray‐absorption and ‐photoemission spectra
95.
Nilsson A.; Gunnelin K.; Tillborg H.; Stenborg A.; Mårtensson N.
Final‐state effects in surface core‐level shifts
96.
Sandell A.; Björneholm O.; Nilsson A.; Zdansky E. O. F.; Tillborg H.; Andersen J. N.; Mårtensson N.
Autoionization as a tool for interpretation of x‐ray absorption spectra; N;2/Ni(100)
97.
Björneholm O.; Nilsson A.; Zdansky E. O. F.; Sandell A.; Tillborg H.; Andersen J. N.; Mårtensson N.
Higher excited states in x‐ray‐absorption spectra of adsorbates
98.
Tillborg Helena; Nilsson Anders; Mårtensson Nils; Andersen Jesper N.
Adsorption‐site‐dependent x‐ray‐absorption spectroscopy; CO/H,H;2/Ni(100)
99.
Björneholm O.; Andersen J. N.; Tillborg H.; Hernnäs B.; Sandell A.; Zdansky E. O. F.; Nilsson A.; Mårtensson N.
2π‐resonance broadening in x‐ray‐absorption spectroscopy of adsorbed CO
100.
Wassdahl N.; Nilsson A.; Wiell T.; Tillborg H.; Duda L.-C.; Guo J. H.; Mårtensson N.; Nordgren J.; Andersen J. N.; Nyholm R.
Soft x‐ray emission studies of adsorbates
101.
Nilsson A.; Mårtensson N.; Svensson S.; Karlsson L.; Nordfors D.; Gelius U.; Ågren H.
High resolution x‐ray photoelectron spectroscopy study of Cr(CO);6 in the gas phase
102.
Björneholm O.; Nilsson A.; Sandell A.; Hernnäs B.; Mrtensson N.
Determination of time scales for charge‐transfer screening in physisorbed molecules
103.
Nilsson A.; Palmer R. E.; Tillborg H.; Hernnäs B.; Guest R. J.; Mårtensson N.
Orientation‐dependent final‐state effects in photoelectron spectra of physisorbed molecules
104.
Nilsson Anders; Tillborg Helena; Mårtensson Nils
Electronic structure of adsorbates from core‐level shake‐up spectra; N;2 on Ni(100)
105.
Björneholm O.; Nyholm R.; Nilsson A.; Wigren C.; Andersen J. N.; MaOrtensson N.
Resonant photoemission at core‐level shake‐up thresholds; Valence‐band satellites in nickel
106.
Nilsson Anders; Mårtensson Nils
Multielectron excitations in high‐energy photoelectron spectra of CO adsorbed on Ni(100)
107.
Vibrational broadening in core‐level spectra from adsorbates; C, N and O on Ni(100)
108.
Stenborg A.; Björneholm O.; Nilsson A.; Mårtensson N.; Andersen J. N.; Wigren C.
Valence changes and core‐level shifts of Sm adsorbed on Mo(110)
109.
Stenborg A.; Andersen J. N.; Björneholm O.; Nilsson A.; Mårtensson N.
Valence‐transition‐induced 5×5 surface reconstruction of Sm(0001)
110.
Nilsson A.; Eriksson B.; Mårtensson N.; Andersen J. N.; Onsgaard J.
Core‐level binding‐energy shifts during metal adsorption and compound formation; Yb/Ni(100)
111.
Mårtensson N.; Stenborg A.; Björneholm Q.; Nilsson A.; Andersen J. N.
Quantitative studies of metal‐metal adhesion and interface segregation energies using photoelectron spectroscopy
112.
Nordfors D.; Nilsson A.; Mårtensson N.; Svensson S.; Gelius U.; Lunell S.
Experimental and INDO/CI calculated gas phase C1s shake‐up spectra of C;6H6, C6H5OH, and C6H5CH2OH
113.
Nilsson A.; Eriksson B.; Martensson N.; Andersen J. N.; Onsgaard J.
Heterogenous mixed‐valence and compound formation in ordered Yb/Ni(100) overlayers
114.
Adam J.; Baschek B.; Johansson S.; Nilsson A. E.; Brage T.
Ultraviolet doubly excited Fe ii lines in the laboratory and in the A‐type star 21 Pegasi
50
Pettersson, Lars G. M.
45
Mårtensson, Nils
24
Ogasawara, Hirohito
20
Wassdahl, N
16
Nordlund, Dennis
Karis, Olof
15
Björneholm, Olle
14
Nyberg, Mats
Föhlisch, Alexander
13
Weinelt, Martin
Odelius, Michael
Andersen, Jesper N.
12
Bennich, P
Hasselström, Jörgen
11
Sandell, Anders