about
CdEr2Se4: a new erbium spin ice system in a spinel structureStructure and Stability of a Copper(II) Lactate Complex in Alkaline Solution: a Case Study by Energy-Dispersive X-ray Absorption Spectroscopy.An Efficient CuxO Photocathode for Hydrogen Production at Neutral pH: New Insights from Combined Spectroscopy and Electrochemistry.Structural and Thermodynamic Properties of Nanoparticle-Protein Complexes: A Combined SAXS and SANS Study.Observation of charge transfer cascades in α-Fe2O3/IrOx photoanodes by operando X-ray absorption spectroscopy.Enhanced Electrocatalytic Oxygen Evolution in Au-Fe Nanoalloys.Dependence of the Ce(iii)/Ce(iv) ratio on intracellular localization in ceria nanoparticles internalized by human cells.Correction: Dependence of the Ce(iii)/Ce(iv) ratio on intracellular localization in ceria nanoparticles internalized by human cells.3D-printed photo-spectroelectrochemical devices for in situ and in operando X-ray absorption spectroscopy investigation.Spin Dynamics in Hybrid Iron Oxide–Gold NanostructuresGeopolymers from low-T activated kaolin: Implications for the use of alunite-bearing raw materialsRole of Interfacial Energy and Crystallographic Orientation on the Mechanism of the ZnO + Al2O3 → ZnAl2O4 Solid-State Reaction: I. Reactivity of Films Deposited onto the Sapphire (110) and (012) FacesRole of Interfacial Energy and Crystallographic Orientation on the Mechanism of the ZnO + Al2O3 → ZnAl2O4 Solid-State Reaction: II. Reactivity of Films Deposited onto the Sapphire (001) FaceThermal dehydroxylation of kaolinite under isothermal conditionsGrowth and characterization of high quality LuVO3 single crystalsMechanisms of Reactions in the Solid State: (110) Al2O3 + (001) ZnO Interfacial ReactionThermal expansion of alunite up to dehydroxylation and collapse of the crystal structureRhombic-shaped nanodomains in columbite driven by contrasting cation orderSynchrotron radiation in solid state chemistryμ-XANES mapping of buried interfaces: pushing microbeam techniques to the nanoscaleEffect of high pressure on competing exchange couplings inLi2VOSiO4Room-temperature equation of state of Li2VOSiO4 up to 8.5 GPaHigh temperature structural behaviour of Li2VOSiO4Low-alkali metal content in β-vanadium mixed bronzes: The crystal structures of β-Kx(V,Mo)6O15 (x=0.23 and 0.32) by single-crystal X-ray diffractionLocal structural properties of (Mn,Fe)Nb2O6from Mössbauer and X-ray absorption spectroscopyQ57879222EXAFS evidence of interstitial oxygen defects in Nd2CuO4+δThe atomic and electronic structure of cerium substitutional defects in Nd2−xCexCuO4+δ An XAS studyStrong Electronic Correlations inLixZnPcOrganic MetalsDisentangling multipole resonances through a full x-ray polarization analysisCharge ordering transition in GdBaCo2O5: Evidence of reentrant behaviorIn Situ Dispersive EXAFS in Electrocatalysis: The Investigation of the Local Structure of IrOxin Chronoamperometric Conditions as a Case StudyPhononic and magnetic excitations in the quasi-one-dimensional Heisenberg antiferromagnet KCuF3Lattice vibrations in KCuF3Dynamical Dzyaloshinsky-Moriya Interaction inKCuF3Magnetic and electronic properties of La0.85Na0.15MnO3−δRemnant magnetization of Fe8 high-spin molecules: X-ray magnetic circular dichroism at 300 mKThe dynamics of pseudocapacitive phenomena studied by Energy Dispersive X-Ray Absorption Spectroscopy on hydrous iridium oxide electrodes in alkaline mediaOverlap ofCu 3dandF 2porbitals and low-energy excitations inKCuF3studied by polarization-dependent x-ray absorption and emission spectroscopyIncorporation of Yb3+ ions in multicomponent phase-separated fibre glass preforms
P50
Q28294069-B739F0FF-A43E-4DF0-A6C2-A0975DD7F413Q30101121-E063609C-3691-49D9-BF96-3B2FFDDF68AFQ38836809-DD995432-8CD2-487A-81EC-CD23575FF940Q38974181-AB29BC60-FC90-44A4-987A-A8ABCF82324EQ48046590-419AA77C-003B-43DC-ADB0-8FCC9B3B76DEQ48062455-39C827FF-18EF-45A4-B6F6-28DD30D90B0FQ48372642-C9D47EF3-3F16-4B41-AEF3-56C79EEE65D1Q48617101-D7189102-EBFB-4CEB-BB67-961C20AA8C04Q50875768-CEDCFED5-692D-433B-9ECD-F6B69C018C21Q57665269-F53F78BC-822E-4432-A696-EF884084C6C0Q57856731-B6D54AB1-983A-4EB8-9356-8D7BBB5F16A6Q57856737-49605E67-F90D-48B9-8029-60DDD1CF8AFDQ57856742-65786B14-94A8-4703-A733-EE8EB6DFF255Q57856748-34F0E00D-45B7-4397-A6B8-0A72ED110CEAQ57856754-991CD113-D959-4987-8880-7ADDDA9051FDQ57856758-724A78AA-7D47-4FFC-A0C7-26897FA84478Q57856770-B10DF2FD-1E97-4097-A009-37EAE6BFD233Q57856775-C7864A5F-7B9E-4F26-AD22-6CAEAEEC909DQ57856779-73ECC14F-FDBF-4987-B8D6-ED30F9F80165Q57856794-EFB3148B-CAAB-4B1B-BF01-72B766105184Q57856799-317274D0-EB51-4587-863E-7BA81D04A2D6Q57856808-8D668099-501F-4C0A-B432-4376CACCAD27Q57856818-4912464E-43A1-4A1F-ABB8-EB00B4E941D8Q57856821-9B8B9871-7AA5-4CC6-B231-984E1A334A1BQ57856842-0CC0186C-55CD-4B0C-89FC-484C98B5E6D3Q57879222-57BD2D60-AEFF-4E26-AC7A-F1D2599CE33EQ57962624-E036F445-EB36-47A5-88C7-1E21A193882AQ57962638-3E4999DB-EACE-42E8-AF87-1CC241E31C24Q58233431-1A406244-D80C-483D-B252-C82724816BC7Q58820508-96A9DEBC-2D37-48EB-A802-1278DE931724Q58857825-66F28EA7-7E01-4957-BEBB-21E3482C896DQ59062287-D0112CE4-E076-4707-99E5-FA540456D273Q59253079-1BCEC548-BD58-49CB-81E9-0727B642E62AQ59253130-3625D9B8-DAD4-4FDD-8264-8427DB497F18Q59253332-285908EE-294D-40DA-A26B-E30FF178F9C1Q59253655-D90195F3-3364-4CC8-BA46-F4A426864349Q59483869-23BCD8EA-BB15-4E2B-A742-FD567BBA73DFQ59658841-47CB8578-F174-4171-AEBC-94EC2178E10CQ60119298-3E042E8B-CCC1-4862-AA1F-7B04ED8981BFQ60161155-F349E4EF-5C6D-48BC-A5CE-94BEB321C4B3
P50
description
hulumtues
@sq
researcher
@en
wetenschapper
@nl
հետազոտող
@hy
name
Paolo Ghigna
@ast
Paolo Ghigna
@en
Paolo Ghigna
@es
Paolo Ghigna
@nl
Paolo Ghigna
@sl
type
label
Paolo Ghigna
@ast
Paolo Ghigna
@en
Paolo Ghigna
@es
Paolo Ghigna
@nl
Paolo Ghigna
@sl
prefLabel
Paolo Ghigna
@ast
Paolo Ghigna
@en
Paolo Ghigna
@es
Paolo Ghigna
@nl
Paolo Ghigna
@sl
P1053
G-8193-2011
P106
P21
P31
P3829
P496
0000-0002-8680-7272