about
Melting of large Pt@MgO(1 0 0) icosahedra.The Effect of Dispersion Correction on the Adsorption of CO on Metallic Nanoparticles.Structural stability and uniformity of magnetic Pt13 nanoparticles in NaY zeolite.Structure, thermodynamics, and rearrangement mechanisms in gold clusters-insights from the energy landscapes framework.Controlling Structural Transitions in AuAg Nanoparticles through Precise Compositional Design.The effect of chemical ordering and lattice mismatch on structural transitions in phase segregating nanoalloys.Thermodynamics of CuPt nanoalloys.A Dynamic Landscape from Femtoseconds to Minutes for Excess Electrons at Ice−Metal InterfacesFar-infrared absorption of water clusters by first-principles molecular dynamicsFinite-Temperature Effects on the Stability and Infrared Spectra of HCl(H2O)6Clusters†Author Correction: Thermodynamics of CuPt nanoalloysGeometrical Effects on the Magnetic Properties of Nanoparticles.Growth of three-shell onionlike bimetallic nanoparticlesReentrant morphology transition in the growth of free silver nanoclustersEvidence of kinetic trapping in clusters of C60 moleculesAmorphization mechanism of icosahedral metal nanoclustersMagic polyicosahedral core-shell clustersSingle impurity effect on the melting of nanoclustersSurface trapped excess electrons on iceA novel structural motif for free CoPt nanoalloysOxygen adsorption on small PtNi nanoalloys1st TYC workshop on energy materialsCCl(4) dissociation on the ice I(h) surface: an excess electron mediated processMultiscale approach for studying melting transitions in CuPt nanoparticles2nd TYC workshop on energy materialsMetallic nanoparticles meet metadynamicsDoped golden fullerene cagesBuilding machine learning force fields for nanoclustersStructural properties of sub-nanometer metallic clustersCorrelating Oxygen Reduction Reaction Activity and Structural Rearrangements in MgO-Supported Platinum NanoparticlesA kinetic Monte Carlo-blueprint for oxygen reduction on oxide-supported PtNi nanoalloysA genomic characterisation of monometallic nanoparticles
P50
Q48007362-50C240CA-EBD9-42C3-8883-065C1973F440Q48744496-0711D432-8DBA-4A2E-A244-ADCC45859E0BQ49376235-3ABBA4E4-75AC-428F-A321-0F54B2F05830Q50105672-9DE021A7-DA14-4FF2-9FC3-8385BC9B46A6Q52842824-C896D20E-0EAD-461C-B2C4-AF135E818AA2Q53345737-33D1ACE1-C902-4519-B88C-07F0579390D0Q55471547-7634BC79-7488-4481-9A8B-CE7F5A053AB2Q57394940-092A3EB5-1638-484C-9D92-86C9E4465772Q58642196-CAA7D681-4D1A-46D9-BE6F-F0FFBC7AB8E0Q58642205-0BDF0BBC-AA05-4272-84BE-087F0E461A08Q58797863-4AF184FD-4F35-4B5A-A47F-DCC86B2C55BEQ64933187-694B11C0-F269-40BB-9408-65D5DBE9295CQ73254919-2EFA2325-0255-4AB1-8DA1-2A2D08FC6FA9Q74322081-678A1397-C130-4FD6-830F-74C1DA49A03DQ77686628-9EC7714B-C35B-4321-B92E-23F40DFF7058Q80479281-FE151ABB-2A3C-41FE-B94A-6821263AC565Q80786335-C4276A43-6D89-4037-8555-6475B2CF5C81Q81034897-3BF1A153-879B-4068-B497-11548D1DFF7FQ82119860-4432D77D-B8E4-4126-AD0A-5EA3766B6DC9Q82660570-BD3AF099-58F8-4742-806F-4B78A7261F89Q83274477-13E4A36E-B379-413B-BA50-81DEE64D5E6DQ83745056-7E791104-5FDD-4B23-8373-9AC0327D5452Q84988648-55225722-E91D-429C-9C93-A38979BBC098Q85332782-C64677A7-E8D0-4A44-90D2-5536CB584E50Q86175018-108AD0B8-EBBF-464D-B1F3-F21059922712Q86699090-7E99CDD3-6AE7-442D-BFF1-494544B7BF9FQ87205897-E6FD31F2-7B0D-4CB7-82CC-8D09C867C837Q89363173-FEFDF8F6-ECB9-43D6-A7DF-B9EBA27CBF54Q90616517-4D7CC397-494C-40AB-A82E-76AD3F70707EQ92447616-5FD8C19B-A8B3-48D4-8345-8E758A0E9621Q92856152-2D827833-7692-4CBB-A878-0359EFBAB98EQ93362391-9D35D6EC-0F38-43B6-AD94-1A44E1655C9B
P50
description
hulumtuese
@sq
onderzoeker
@nl
researcher
@en
հետազոտող
@hy
name
Francesca Baletto
@ast
Francesca Baletto
@en
Francesca Baletto
@es
Francesca Baletto
@nl
Francesca Baletto
@sl
type
label
Francesca Baletto
@ast
Francesca Baletto
@en
Francesca Baletto
@es
Francesca Baletto
@nl
Francesca Baletto
@sl
prefLabel
Francesca Baletto
@ast
Francesca Baletto
@en
Francesca Baletto
@es
Francesca Baletto
@nl
Francesca Baletto
@sl
P1053
Q-2136-2017
P106
P21
P31
P3829
P496
0000-0003-1650-0010
P569
2000-01-01T00:00:00Z