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Tungsten oxide nanowires grown on amorphous-like tungsten films.Size Evolution of Ordered SiGe Islands Grown by Surface Thermal Diffusion on Pit-Patterned Si(100) Surface.Ordered Arrays of SiGe Islands from Low-Energy PECVD.Charge dynamics in aluminum oxide thin film studied by ultrafast scanning electron microscopy.Monitoring the kinetic evolution of self-assembled SiGe islands grown by Ge surface thermal diffusion from a local source.Erratum: Femtosecond Dynamics in Ferromagnetic Metals Investigated with Soft X-Ray Resonant Emission [Phys. Rev. Lett.95, 267402 (2005)]Resonant inelastic x-ray scattering from magnetic systems with angular resolution and polarization analysis of the scattered beam: Results on metallic Co, Fe, and Co ferrite at theL3,2edgesFemtosecond Dynamics in Ferromagnetic Metals Investigated with Soft X-Ray Resonant EmissionQuenching of atomiclike properties upon solid-state formation: Quantitative comparison between Co and Ni in ferrites studied by x-ray resonant Raman scattering at theL3edgeUnraveling Orbital Ordering inLa0.5Sr1.5MnO4Sum Rules in X-Ray Resonant Raman Scattering: Recovering the Co Ground State Information inCoFe2O4as a Test CaseMagnetic circular dichroism in x-ray resonant Raman scattering in perpendicular geometry fromCoFe2O4and Co metal: A comparison of valence and inner-shell channelsM4,5resonant Raman scattering with final4p−4dholes in Te, La, and Gd: Trends of the many-body effectsMany-body effects in nonresonant and resonant4pspectroscopy of Gd metalMagnetic Circular Dichroism in Resonant Raman Scattering in the Perpendicular Geometry at theLedge of3dTransition Metal SystemsCombiningM- andL-edge resonant inelastic x-ray scattering for studies of3dtransition metal compoundsReply to “Comment on ‘Resonant inelastic x-ray scattering of MnO:L2,3edge measurements and assessment of their interpretation’ ”A determination of the pairing interaction in the high Tc cuprate superconductor Tl2Ba2CaCu2O8 (Tl2212)Sensitivity to hole doping of CuL3resonant spectroscopies: Inelastic x-ray scattering and photoemission ofLa2−xSrxCuO4Spectroscopy of strongly correlated systems: Resonant x-ray scattering without energy resolution in the scattered beamResonant inelastic x-ray scattering ofMnO:L2,3edge measurements and assessment of their interpretationTheoretical and experimental study of resonant inelastic X-ray scattering for NiONiO as a test case for high resolution resonant inelastic soft x-ray scatteringCoL2,3resonant x-ray scattering in magneticCoFe2O4in the perpendicular geometry: Experimental and theoretical results on circular dichroismFano effect in the angle-integrated valence band photoemission of the noble metals Cu, Ag, and AuLow Energy Electronic Excitations in the Layered Cuprates Studied by CopperL3Resonant Inelastic X-Ray Scatteringα−γtransition in metallicCestudied by resonant x-ray spectroscopiesMagnetic circular dichroism in soft X-ray resonant inelastic scatteringOn the many body effects in the 4p-resonant Raman scattering of Gd at the M5 threshold: comparison between the metal and an insulator (GdGa Garnet)Multiatomic resonant photoemission spectroscopy on CuO and NiO: Observation of antiresonant behaviorAdvanced spectroscopies of graphene and 2D materialsOrdered arrays of embedded Ga nanoparticles on patterned silicon substratesHomogeneity of Ge-rich nanostructures as characterized by chemical etching and transmission electron microscopyMagnetic circular dichroism in resonant x-ray emission from impurities: Results at theL2,3edges of Mn in NiResonant Raman scattering at theLthresholds with final 3shole in 3d2+systems. II. The CoO case in the wholeL2,3regionX-rayM4,5resonant Raman scattering from La metal with a final4phole: Calculations with4p−4d−4fconfiguration interaction in the final state and comparison to experimentsCompetition between resonant Raman scattering and fluorescence at the L3-edges with final 3s hole in CoO and in NiOEvidence of configuration interaction in resonant X-ray scattering from rare earths at the M4,5-thresholds with final 4p excitationPerpendicular interlayer coupling in Ni80Fe20/NiO/Co trilayersImaging photoinduced surface potentials on hybrid perovskites by real-time Scanning Electron Microscopy
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Q35751438-2C8D1671-B128-414F-BFA0-EBFD7A3A7239Q41547401-9E90FC6A-1158-4864-9BDA-9E64EEDF8AE5Q41547632-B529F6A9-1C2A-484F-9BF5-D2141CDAF2DBQ50049785-6B9D0304-994E-43FC-9AF8-9A11CAA59F06Q51750439-C8A5158B-3DDF-453F-B5F9-F926056105AAQ58167446-1B4221A3-E87F-430A-8406-8FC4E8899B67Q58167456-E9C413A9-FC43-4F4B-BE56-E62720D55441Q58167597-5C81117B-914A-490C-9D04-0563E5A4D863Q58167644-90196D74-52DD-4CE7-ADAA-2989B6A41CEBQ58167652-9FEACB5E-22A8-4CC2-AE69-58AF46FC7A96Q58167716-E5BEC20B-C64F-4F96-8808-9D8821408473Q58167795-F06EF4B2-C964-4D53-BE03-A61869B45C6BQ58167933-3156EA7E-2BD9-4F90-971B-5374F9B93CBEQ58168015-4D94E9A4-C46A-4E34-8983-0A81826E951CQ58168058-F0396566-A302-490D-B933-52A7BA7882F7Q58199529-C9013390-760E-436D-B7C2-6F5FA5D1950CQ58199539-A8752CEB-9EB3-4FDC-8FB6-396DF8FA7B7AQ58199543-8E7527C8-D582-4EA2-9284-51681637E35BQ58199554-1DBD8900-07C8-4329-9AE4-59DFE45F32E3Q58199556-6AFA48B0-FF38-47AB-B0F2-549E89A0DD30Q58199566-4206D4EA-6004-4F15-B817-2AED75F12363Q58199576-6F03F04C-A97A-4E87-BAFE-51503EC2A9BFQ58199579-6016678C-4A61-4D55-AE80-2C347E78FE2FQ58199583-0AB27CF0-1C56-40FE-A29B-FB7D9F6CF1E0Q58199586-1A281291-0ED8-49BF-AF27-82B64CB0F3C3Q58199588-509E73DA-D71E-47D5-87FE-3FD8AEACC6FCQ58199595-04E4618E-E3F3-411E-A12E-4DD1C61787D8Q58199615-FE47C7CD-880F-4DE1-BB60-4B63FE177C79Q58199616-B10D5A61-76CC-4518-9674-6ABD6A536A18Q58199626-3FF329DF-64A9-43EF-8C84-0A7DBD891BE1Q58467122-52CF5E2C-A8F0-426E-9EDD-4C300DECF12AQ60492470-2F223AD0-110A-4E55-B267-0999AB0FDCB8Q60492486-61312617-13F2-4029-8263-C605F298F4CCQ61716107-B8AC0DE4-A01B-4265-BC57-CABD641EE22FQ61716110-8E583AEB-4E21-414A-806A-18DFF5ACA4BFQ61716111-063676FC-EF5D-459B-BE62-EEB3A8D35B7BQ61716115-04AAD14D-072B-44A0-ABA4-71E2EAD094CBQ61716116-0FB75698-0C05-42D4-8CBD-1A8DD715FDD0Q73779907-994E5A6B-D989-4537-846B-FDB9CD1A5CB6Q92850850-5DD6A523-C024-459C-968C-CFE562F82001
P50
description
researcher at Politecnico di Milano
@en
wetenschapper
@nl
name
A. Tagliaferri
@nl
Alberto Tagliaferri
@en
Alberto Tagliaferri
@es
type
label
A. Tagliaferri
@nl
Alberto Tagliaferri
@en
Alberto Tagliaferri
@es
prefLabel
A. Tagliaferri
@nl
Alberto Tagliaferri
@en
Alberto Tagliaferri
@es
P106
P1153
56800276800
7005377361
P21
P31
P496
0000-0001-8001-1786