about
Antiferromagnetic coupling of TbPc2 molecules to ultrathin Ni and Co films.Studies of hybrid organic-inorganic [2] and [3]rotaxanes bound to Au surfaces.Magnetic cooling at a single molecule level: a spectroscopic investigation of isolated molecules on a surface.Isolated single-molecule magnets on native gold.Grafting derivatives of Mn6 single-molecule magnets with high anisotropy energy barrier on Au111 surface.Addressing the magnetic properties of sub-monolayers of single-molecule magnets by X-ray magnetic circular dichroism.Magnetic Anisotropy of Cr7Ni Spin Clusters on SurfacesSurface Supramolecular Organization of a Terbium(III) Double-Decker Complex on Graphite and its Single Molecule Magnet BehaviorElectronic and Magnetic Properties of Mn12 Molecular Magnets on Sulfonate and Carboxylic Acid Prefunctionalized Gold SurfacesMagnetic interplay between two different lanthanides in a tris-phthalocyaninato complex: a viable synthetic route and detailed investigation in the bulk and on the surfaceFerromagnetic Exchange Coupling between Fe Phthalocyanine and Ni(111) Surface Mediated by the Extended States of GrapheneSurface Investigation on Gd4M8(M = Zn, Ni) Single Molecule CoolersDeposition of Functionalized Cr7Ni Molecular Rings on Graphite from the Liquid PhaseSelf-assembling of Mn12 molecular nanomagnets on FIB-patterned Au dot matrixSelf-Assembled Monolayer of Cr7Ni Molecular Nanomagnets by SublimationDirect Observation of Single-Molecule Magnets Organized on Gold SurfacesBismuth and antimony on GaAs(110): Dielectric and electronic propertiesAntimony-induced electronic states in the Sb/InP(110) interface studied by high-resolution electron-energy-loss spectroscopyInelastic electron scattering investigation of the Sb/GaAs(110) systemAzimuthal dependence of the vibrational excitation in Si(111)-(2×1)Collective and vibrational excitations on then-doped GaAs(110) surfaceObservation of a new mode in the energy-loss spectrum of the Sb/GaAs(110) systemL2,3absorption edges inNi2SiGrafting molecular Cr7Ni rings on a gold surfaceIsolated Heterometallic Cr7Ni Rings Grafted on Au(111) SurfaceX-ray absorption near-edge structure and extended x-ray absorption fine-structure investigation of Pd silicidesPhotoemission spectroscopy ofYb3Si5and its connection with Si-Yb interfacesSolid-state effects in photoionization cross sections ofdstates: Comparison betweenMoS2and MoVibrational and collective excitations of the Cs/GaAs(110) interfaceHole-plasmon damping on heavily doped p-type GaAs(110)One-dimensional "dislocation-related" electronic states at the GaAs(110)-Bi(1 x 1) interfaceTwo-dimensional versus three-dimensional behavior of a free-carrier gas in delta -doped p-type GaAs(001)Electronic structure of Bi2CuO4Evidence of a bipolaronic, insulating state of Na submonolayer on GaAs(110)Electron-spectroscopy investigation of the Bi2Sr2CaCu2O8 and Bi2Sr2CaCu2O8+y single-crystal cleaved surfacesInelastic-electron-scattering investigation of clean and hydrogen-exposed InP(110) surfacesMetal work-function changes induced by organic adsorbates: a combined experimental and theoretical studyIsolated Mn12 single-molecule magnets grafted on gold surfaces via electrostatic interactionsInterfacial electrostatics of self-assembled monolayers of alkane thiolates on Au(111): work function modification and molecular level alignments
P50
Q42148749-1377DFFD-EDEA-4C9A-A0FF-468D3D554724Q44771897-CA340F61-3E38-49F4-9BF3-94A5C7116C46Q45838301-35D9F6EC-FD1A-48D7-99F8-A0867FABD715Q46381762-BA9DE293-4A19-4917-BE65-647490204F1EQ46469276-C960FEC7-A01F-4E5A-8BFE-DE5F61307C8CQ53455067-BB633F3E-F74C-43DD-A9F4-2355277FBFC1Q57665294-EAA3621D-9507-4057-B084-BB532BD3EB91Q57991901-8D29CDDA-F42E-4D1F-9D83-510CE07FE147Q59434660-406B4781-B066-47E1-AD7F-A8F3C0BD1F5EQ59440547-89C8F26E-18A7-40A0-9CAC-C67487406E84Q59453580-2A8EE88C-C4DC-42A3-97B2-7936B65BFA99Q59453581-8E9A4040-44D0-479A-A53A-47D3688D40E7Q59453584-1724A014-23D8-41E8-A16D-01EC908550DAQ59453591-E9E7121F-D7E3-4234-8CFE-183FE7BADBACQ59453603-471EE692-6BB7-40D2-A185-9CFAC4E9A8E0Q59483906-9BCBD2C1-C49F-4630-B727-E15000D3A2A6Q60503772-8BFCC55E-A78A-49C4-9801-DC43666158C3Q60503779-0725DF85-F8C4-4910-8DA6-9A5133AEB3F9Q60503796-8F1D9ADB-F33E-4489-99B6-821B41FE173FQ60503805-9DC61679-900B-4192-9F13-C506C849E6F3Q60503808-06B94961-8523-4F5F-917E-3A22B4D78B19Q60503815-CD4A3D9B-51EA-42D4-BC22-1FA65689854BQ60503845-B896C7E1-E8A4-4861-9DE6-8F5F83FAEA42Q62269266-C1EA1458-0B2F-4DFA-844A-17328DDB3E4CQ62269281-F5EC85C8-C437-416B-B203-A132231A732FQ62270399-7A9367F2-0A9A-499E-8964-21821D623843Q66692133-F64E3F61-AEA4-48B8-95E8-18007D7E2F7DQ66692135-224AE363-31A2-417B-B990-E79C52271AF6Q74362757-8D8EA2F8-8DE6-4AD9-AE64-453D2DEE9D38Q74370439-862C1930-5692-4F11-AB29-99D2E0F69E64Q74516348-394925E6-079A-4B66-9F6D-B2AE3446E100Q78112798-56D0490F-C164-4BD3-9965-7A2846C71960Q78114190-85709C66-4591-44F2-9BAE-3A58ADFBB2F2Q78136821-EF7C2D4C-1252-434C-8E7A-C9CD61E6AEC8Q78142007-7158D972-998B-412F-9E68-679DE8EEE571Q78204598-419009F9-D643-49E3-84DF-5F8308D98E49Q81036000-44DD4578-2227-4388-BF9B-AF200969DEC3Q81383696-01D7B6E3-2738-481B-8EC0-25E4A4FD7670Q83982971-1E83C249-73CD-4286-B8C4-6A25489878ED
P50
description
researcher ORCID ID = 0000-0001-9484-1449
@en
name
Umberto Del Pennino
@ast
Umberto Del Pennino
@en
Umberto Del Pennino
@es
Umberto Del Pennino
@nl
type
label
Umberto Del Pennino
@ast
Umberto Del Pennino
@en
Umberto Del Pennino
@es
Umberto Del Pennino
@nl
prefLabel
Umberto Del Pennino
@ast
Umberto Del Pennino
@en
Umberto Del Pennino
@es
Umberto Del Pennino
@nl
P1153
7003896196
P31
P496
0000-0001-9484-1449