about
Atom-scale depth localization of biologically important chemical elements in molecular layersBINoculars: data reduction and analysis software for two-dimensional detectors in surface X-ray diffraction.Dibenzo crown ether layer formation on muscovite mica.Combined scanning probe microscopy and x-ray scattering instrument for in situ catalysis investigations.Structural and electronic reconstructions at the LaAlO₃/SrTiO₃ interface.Elucidating the Mechanisms Driving the Aging of Porous Hollow PtNi/C Nanoparticles by Means of COads Stripping.Atomic-Scale Snapshots of the Formation and Growth of Hollow PtNi/C Nanocatalysts.Transmission Surface Diffraction for Operando Studies of Heterogeneous Interfaces.Structural Reorganization of Pt(111) Electrodes by Electrochemical Oxidation and Reduction.Solid-Liquid Interface Structure of Muscovite Mica in CsCl and RbBr Solutions.Defects do Catalysis: CO Monolayer Oxidation and Oxygen Reduction Reaction on Hollow PtNi/C NanoparticlesThe structural evolution of graphene/Fe(110) systems upon annealing(Invited) Porous Hollow PtNi/C Nanoparticles and Their Many FacetsBeyond Strain and Ligand Effects: Microstrain-Induced Enhancement of the Oxygen Reduction Reaction Kinetics on Various PtNi/C NanostructuresElectrochemical Formation of Germanene: pH 4.5Structure and Morphology of Organic Semiconductor–Nanoparticle Hybrids Prepared by Soft DepositionTemplating Effects of α-Sexithiophene in Donor–Acceptor Organic Thin FilmsFrom Salt to Germanene: A Cookbook for Electrochemical Formation of 2D Materials (Inspired by R. Adžić)Pt oxide and oxygen reduction at Pt(111) studied by surface X-ray diffractionElectrooxidation of Pt(111) in acid solutionOxidation of CO on Pd(1 0 0): on the structural evolution of the PdO layer during the self sustained oscillation regimeCo film stretching induced by lattice mismatch and annealing: The role of GrapheneElectrochemical Oxidation of Smooth and Nanoscale Rough Pt(111): An In Situ Surface X-ray Scattering StudyInitial stages of Pt(111) electrooxidation: dynamic and structural studies by surface X-ray diffractionMetal ion-exchange on the muscovite mica surfaceUnravelling Degradation Pathways of Oxide-Supported Pt Fuel Cell Nanocatalysts under In Situ Operating ConditionsSynchrotron based operando surface X-ray scattering study towards structure-activity relationships of model electrocatalystsCo-Ir interface alloying induced by thermal annealingStructure of theAl13Co4(100) surface: Combination of surface x-ray diffraction andab initiocalculationsAn in-situ X-ray diffraction study on the electrochemical formation of PtZn alloys on Pt(111) single crystal electrodeSurface alloying upon Co intercalation between graphene and Ir(111)Integration techniques for surface X-ray diffraction data obtained with a two-dimensional detectorMuscovite mica: Flatter than a pancakeOxygen and iodine adsorption on cesium-precovered Pt(111)Coadsorption of cesium and iodine on Pt(111): Structure and ionicityElectrochemical Study of Pt(111)-Cs Surfaces Prepared in Ultra-High VacuumAnomalous adsorption of Cs on Pt(111)Organothiol Monolayer Formation Directly on Muscovite MicaIn-situ structure and catalytic mechanism of NiFe and CoFe layered double hydroxides during oxygen evolution
P50
Q28828627-66BA0BEC-FDD3-4315-B673-33CAD6097968Q30989657-7F142437-CE37-473A-979F-26E0585F8EEEQ35282666-5106BE8C-EEAE-4F50-B26D-71675A8AB382Q36211435-9D887F44-6FDB-48DB-AF8B-32EB55FEF5D2Q46120666-EB4338D8-D4AF-48B7-AF90-DFACF81516E2Q47788375-8EC1CE85-C94A-4F9D-A33E-088277067550Q48043884-1042A311-BF5A-4446-A699-40A6D2113156Q48047217-9002F5FB-B508-4DAB-8B94-38B3FC9742E0Q48172598-F9F4A551-4EFC-40FC-8446-4A536B2ED112Q52814243-436C5211-0296-4718-8731-41559B34921FQ57610720-F91FD3AD-D734-4E7B-AC12-8653AB663F41Q57674230-76062A2E-E1AC-4681-87B2-E0152B4BDB7FQ59347839-0D68EB89-9555-4018-8CB5-8774E53E817BQ59347844-1636F24C-71E4-4C49-80A9-98D36E593BA7Q59927073-7914C49E-99B2-4EE7-8A83-8BBE3D50ADC4Q60075979-10429DCC-99D5-4FAB-B3D8-80EA7C97D64EQ60075984-60EB53D5-3485-4931-BD66-792B61E6F31AQ60159628-E2DFCB65-E243-421F-B8CD-D84C7875D1BDQ60159629-1D0DED13-65DC-4369-9EC3-750C493FAF2FQ60159630-56C9875E-9742-478A-8241-115E7BAA0344Q60159631-473E98CB-16B0-446B-8575-724C1BA7515EQ60159632-1E9A2C9B-2B1C-4E7F-A518-83C8E3F5BF21Q60159633-F4221B65-4261-48E9-85FE-5BFA42E964B6Q60159635-F64633AB-EF58-4018-A046-356F0AE0C5ECQ60159636-00C4ABDF-16C2-4AC8-A288-5FDF75E3994EQ60159639-FA5367DC-6016-4101-8310-6E53333574F0Q60159640-7EFE69B2-FDCF-4998-B6F9-4AB1E1C5A8F9Q60159641-1A0D66EC-66A6-4868-9668-941FDC9523DBQ60159642-4D860BE1-6A7F-4F95-9022-F8F1CE19155DQ60159643-AABCB733-73E7-4495-AA83-B515EA756C98Q60159644-F72B9283-515A-43F7-A87B-4F4C1FE669EEQ60159645-7CECC074-D02D-4B91-B3FC-67A38D135AB4Q60159646-71203603-1AED-4299-A6F4-FAD96CA4B073Q60159647-9E5714E9-E29D-45B5-9CFC-B63F52C9EB54Q60159648-6F3AA4DC-26BE-4B62-9578-46E8529BE1D0Q60159649-46C6030A-050E-443A-8F6A-0FB34A5C5714Q60159650-04F39986-7FE5-4393-971F-74031C8915A6Q91440025-05421859-B968-49AD-B64F-E23DB3412E76Q95319474-B4DA65C7-A928-479A-8157-EA814A43C43E
P50
description
hulumtues
@sq
researcher
@en
wetenschapper
@nl
հետազոտող
@hy
name
Jakub Drnec
@ast
Jakub Drnec
@en
Jakub Drnec
@es
Jakub Drnec
@nl
Jakub Drnec
@sl
type
label
Jakub Drnec
@ast
Jakub Drnec
@en
Jakub Drnec
@es
Jakub Drnec
@nl
Jakub Drnec
@sl
prefLabel
Jakub Drnec
@ast
Jakub Drnec
@en
Jakub Drnec
@es
Jakub Drnec
@nl
Jakub Drnec
@sl
P1053
R-6369-2017
P106
P1153
26535785000
P21
P31
P3829
P496
0000-0002-9520-1555