Towards electronic devices based on epigraphene (Englisch)
- Neue Suche nach: Berger, C.
- Neue Suche nach: Conrad, E. H.
- Neue Suche nach: de Heer, W. A.
- Neue Suche nach: Chiarotti, G.
- Neue Suche nach: Chiaradia, P.
- Neue Suche nach: Berger, C.
- Neue Suche nach: Conrad, E. H.
- Neue Suche nach: de Heer, W. A.
In:
Physics of Solid Surfaces
: Subvolume B
;
730-740
;
2018
-
ISSN:
- Aufsatz/Kapitel (Buch) / Elektronische Ressource
-
Titel:Towards electronic devices based on epigraphene
-
Beteiligte:Chiarotti, G. ( Herausgeber:in ) / Chiaradia, P. ( Herausgeber:in ) / Berger, C. ( Autor:in ) / Conrad, E. H. ( Autor:in ) / de Heer, W. A. ( Autor:in )
-
Erschienen in:Physics of Solid Surfaces : Subvolume B ; 730-740Condensed Matter ; 45B ; 730-740
-
Verlag:
- Neue Suche nach: Springer Berlin Heidelberg
-
Erscheinungsort:Berlin, Heidelberg
-
Erscheinungsdatum:01.01.2018
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Format / Umfang:11 pages
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ISBN:
-
ISSN:
-
DOI:
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Medientyp:Aufsatz/Kapitel (Buch)
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Format:Elektronische Ressource
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Sprache:Englisch
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Schlagwörter:
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Datenquelle:
Inhaltsverzeichnis E-Book
Die Inhaltsverzeichnisse werden automatisch erzeugt und basieren auf den im Index des TIB-Portals verfügbaren Einzelnachweisen der enthaltenen Beiträge. Die Anzeige der Inhaltsverzeichnisse kann daher unvollständig oder lückenhaft sein.
- 3
-
General introductionChiarotti, G. / Chiaradia, P. et al. | 2018
- 15
-
Introduction to basic principles of surface structure theoretical simulationShkrebtii, A. / Rohlfing, M. et al. | 2018
- 17
-
Physics mechanisms of the surface structure formationShkrebtii, A. / Rohlfing, M. et al. | 2018
- 26
-
Compilation of the theoretical frameworks for surface structure simulationsShkrebtii, A. / Rohlfing, M. et al. | 2018
- 28
-
Determination of the total energy of a many-particle systemShkrebtii, A. / Rohlfing, M. et al. | 2018
- 38
-
Basic numerical approaches for surface structure simulationShkrebtii, A. / Rohlfing, M. et al. | 2018
- 40
-
Comparing theoretically simulated and experimentally determined surface structuresShkrebtii, A. / Rohlfing, M. et al. | 2018
- 43
-
Application to prototypical homopolar semiconductor clean surfacesShkrebtii, A. / Rohlfing, M. et al. | 2018
- 53
-
Application to prototypical heteropolar semiconductor clean surfacesShkrebtii, A. / Rohlfing, M. et al. | 2018
- 62
-
Application to prototypical metal clean surfaces: the Au(110) 1 × 2 missing-row structureShkrebtii, A. / Rohlfing, M. et al. | 2018
- 65
-
Application to prototypical metal-oxide clean surfaces: the complex TiO2 (110) surface reconstructionShkrebtii, A. / Rohlfing, M. et al. | 2018
- 66
-
Conclusions about theoretical foundations and simulation of surface structuresShkrebtii, A. / Rohlfing, M. et al. | 2018
- 69
-
Introduction to surface reconstruction and relaxationShkrebtii, A. / Filippone, F. / Fasolino, A. et al. | 2018
- 75
-
Clean surfaces of semiconductors: introductory remarksShkrebtii, A. / Filippone, F. / Fasolino, A. et al. | 2018
- 79
-
Homopolar cubic semiconductors: clean diamond surfaces C(100), C(110), and C(111)Shkrebtii, A. / Filippone, F. / Fasolino, A. et al. | 2018
- 85
-
Homopolar cubic semiconductors: clean silicon surfaces Si(100), Si(110), and Si(111)Shkrebtii, A. / Filippone, F. / Fasolino, A. et al. | 2018
- 95
-
Homopolar cubic semiconductors: clean germanium surfaces Ge(100), Ge(110), and Ge(111)Shkrebtii, A. / Filippone, F. / Fasolino, A. et al. | 2018
- 101
-
Heteropolar cubic semiconductors: low-index surfaces of zinc blend compound semiconductorsShkrebtii, A. / Filippone, F. / Fasolino, A. et al. | 2018
- 106
-
Heteropolar Wurtzite type semiconductorsShkrebtii, A. / Filippone, F. / Fasolino, A. et al. | 2018
- 108
-
Clean surfaces of oxides: introductory remarksShkrebtii, A. / Filippone, F. / Fasolino, A. et al. | 2018
- 111
-
Clean surfaces of titanium dioxide TiO2 and other rutile structuresShkrebtii, A. / Filippone, F. / Fasolino, A. et al. | 2018
- 116
-
Clean surfaces of zinc oxide and other Wurtzite type structuresShkrebtii, A. / Filippone, F. / Fasolino, A. et al. | 2018
- 121
-
Clean surfaces of rock salt oxidesShkrebtii, A. / Filippone, F. / Fasolino, A. et al. | 2018
- 124
-
Clean surfaces of perovskitesShkrebtii, A. / Filippone, F. / Fasolino, A. et al. | 2018
- 127
-
Clean surfaces of corundum oxides and similarShkrebtii, A. / Filippone, F. / Fasolino, A. et al. | 2018
- 134
-
Clean surfaces of calcite-form oxidesShkrebtii, A. / Filippone, F. / Fasolino, A. et al. | 2018
- 138
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Clean surfaces of metals: introductory remarksShkrebtii, A. / Filippone, F. / Fasolino, A. et al. | 2018
- 140
-
Relaxation of the clean surfaces of metalsShkrebtii, A. / Filippone, F. / Fasolino, A. et al. | 2018
- 145
-
Reconstruction at the clean surfaces of metalsShkrebtii, A. / Filippone, F. / Fasolino, A. et al. | 2018
- 151
-
Introduction to structural defects at surfacesWollschläger, J. et al. | 2018
- 168
-
Structure of domain boundaries: metals: AuWollschläger, J. et al. | 2018
- 175
-
Structure of domain boundaries: metals: FeWollschläger, J. et al. | 2018
- 177
-
Structure of domain boundaries: metals: GaWollschläger, J. et al. | 2018
- 179
-
Structure of domain boundaries: metals: IrWollschläger, J. et al. | 2018
- 180
-
Structure of domain boundaries: metals: PtWollschläger, J. et al. | 2018
- 184
-
Structure of domain boundaries: metals: WWollschläger, J. et al. | 2018
- 185
-
Structure of domain boundaries: group IV elements and IV–IV compounds: diamondWollschläger, J. et al. | 2018
- 188
-
Structure of domain boundaries: group IV elements and IV–IV compounds: SiWollschläger, J. et al. | 2018
- 205
-
Structure of domain boundaries: group IV elements and IV–IV compounds: GeWollschläger, J. et al. | 2018
- 212
-
Structure of domain boundaries: group IV elements and IV–IV compounds: SiCWollschläger, J. et al. | 2018
- 214
-
Structure of domain boundaries: group III–V compounds: GaAsWollschläger, J. et al. | 2018
- 222
-
Structure of domain boundaries: other III–V compounds: GaP, GaSb, InAs, InP, InSbWollschläger, J. et al. | 2018
- 226
-
Structure of domain boundaries: II–VI compounds: CdTe, HgTeWollschläger, J. et al. | 2018
- 229
-
Structure of domain boundaries: binary oxides: Al2O3Wollschläger, J. et al. | 2018
- 232
-
Structure of domain boundaries: binary oxides: Al2O3 filmsWollschläger, J. et al. | 2018
- 239
-
Structure of domain boundaries: binary oxides: Fe3O4Wollschläger, J. et al. | 2018
- 242
-
Structure of domain boundaries: binary oxides: Fe3O4 films on MgO(001)Wollschläger, J. et al. | 2018
- 247
-
Structure of domain boundaries: binary oxides: TiO2 (anatase)Wollschläger, J. et al. | 2018
- 248
-
Structure of domain boundaries: binary oxides: TiO2 (rutile)Wollschläger, J. et al. | 2018
- 252
-
Structure of domain boundaries: other binary oxides: SiO2, SnO2, and WO3Wollschläger, J. et al. | 2018
- 254
-
Structure of domain boundaries: ternary oxides: titanates (BaTiO3, SrTiO3)Wollschläger, J. et al. | 2018
- 257
-
Decoration of domain boundaries: metals: Au (decoration by metals)Wollschläger, J. et al. | 2018
- 265
-
Decoration of domain boundaries: metals: Au (decoration by molecules)Wollschläger, J. et al. | 2018
- 269
-
Decoration of domain boundaries – group IV elements and IV–IV compounds – Si (001)Wollschläger, J. et al. | 2018
- 273
-
Decoration of domain boundaries: group IV elements and IV–IV compounds: Si (111) (decoration by elemental metals and semiconductors)Wollschläger, J. et al. | 2018
- 280
-
Decoration of domain boundaries: group IV elements and IV–IV compounds: Si(111) (decoration by compounds)Wollschläger, J. et al. | 2018
- 282
-
Decoration of domain boundaries: group IV elements and IV–IV compounds: Si(111) (decoration by molecules)Wollschläger, J. et al. | 2018
- 284
-
Decoration of domain boundaries: group IV elements and IV–IV compounds: other Si surfacesWollschläger, J. et al. | 2018
- 285
-
Decoration of domain boundaries: group IV elements and IV–IV compounds: GeWollschläger, J. et al. | 2018
- 287
-
Decoration of domain boundaries: group IV elements and IV–IV compounds: SiCWollschläger, J. et al. | 2018
- 288
-
Decoration of domain boundaries: group III–V compounds: InSbWollschläger, J. et al. | 2018
- 289
-
Decoration of domain boundaries: binary oxides: Al2O3Wollschläger, J. et al. | 2018
- 291
-
Decoration of domain boundaries: binary oxides: Al2O3 filmsWollschläger, J. et al. | 2018
- 295
-
Decoration of domain boundaries: binary oxides: Fe3O4Wollschläger, J. et al. | 2018
- 296
-
Decoration of domain boundaries: binary oxides: TiO2Wollschläger, J. et al. | 2018
- 298
-
Decoration of domain boundaries: ternary oxides: SrTiO3Wollschläger, J. et al. | 2018
- 299
-
Coexistence of domains: metals: AuWollschläger, J. et al. | 2018
- 302
-
Coexistence of domains: metals: other metals (Ir, Pt, W)Wollschläger, J. et al. | 2018
- 304
-
Coexistence of domains: group IV elements and IV–IV compounds: diamondWollschläger, J. et al. | 2018
- 306
-
Coexistence of domains: group IV elements and IV–IV compounds: SiWollschläger, J. et al. | 2018
- 314
-
Coexistence of domains: group IV elements and IV–IV compounds: GeWollschläger, J. et al. | 2018
- 317
-
Coexistence of domains: group III–V compounds: GaAsWollschläger, J. et al. | 2018
- 324
-
Coexistence of domains: other III–V compounds and II–VI compounds (AlSb, GaP, GaSb, InAs, InP, InSb, CdTe)Wollschläger, J. et al. | 2018
- 330
-
Coexistence of domains: binary oxides: Al2O3Wollschläger, J. et al. | 2018
- 334
-
Coexistence of domains: binary oxides: TiO2Wollschläger, J. et al. | 2018
- 338
-
Coexistence of domains: other binary oxides (Ce7O11, Fe3O4, Fe3O4/MgO, SnO2, WO3)Wollschläger, J. et al. | 2018
- 342
-
Coexistence of domains: ternary oxides: BaTiO3Wollschläger, J. et al. | 2018
- 343
-
Coexistence of domains: ternary oxides: SrTiO3Wollschläger, J. et al. | 2018
- 346
-
Phase transition: metals: AuWollschläger, J. et al. | 2018
- 353
-
Phase transition: metals: GaWollschläger, J. et al. | 2018
- 355
-
Phase transition: metals: IrWollschläger, J. et al. | 2018
- 357
-
Phase transition: metals: MoWollschläger, J. et al. | 2018
- 358
-
Phase transition: metals: PtWollschläger, J. et al. | 2018
- 362
-
Phase transition: metals: WWollschläger, J. et al. | 2018
- 365
-
Phase transition: group IV elements and IV–IV compounds: diamondWollschläger, J. et al. | 2018
- 367
-
Phase transition: group IV elements and IV–IV compounds: SiWollschläger, J. et al. | 2018
- 376
-
Phase transition: group IV elements and IV–IV compounds: GeWollschläger, J. et al. | 2018
- 382
-
Phase transition: group IV elements and IV–IV compounds: SiCWollschläger, J. et al. | 2018
- 385
-
Historical remarks and introduction to photoemissionJohnson, P. D. et al. | 2018
- 387
-
The photoemission processJohnson, P. D. et al. | 2018
- 391
-
Inverse photoemissionJohnson, P. D. et al. | 2018
- 392
-
Spin-polarized photoemissionJohnson, P. D. et al. | 2018
- 393
-
Two-photon photoemissionJohnson, P. D. et al. | 2018
- 395
-
Core-level excitation and related resonant phenomenaJohnson, P. D. et al. | 2018
- 397
-
Escape depth of the photoelectronsJohnson, P. D. et al. | 2018
- 399
-
Electronic structure in the surface region: bulk and surface statesJohnson, P. D. et al. | 2018
- 405
-
Electronic structure in the surface region: Shockley surface states and image statesJohnson, P. D. et al. | 2018
- 411
-
Electronic structure in the surface region: the Rashba effect and surface statesJohnson, P. D. et al. | 2018
- 413
-
Electronic structure in the surface region: quantum well statesJohnson, P. D. et al. | 2018
- 416
-
Electronic structure in the surface region: electron-boson coupling in metallic systemsJohnson, P. D. et al. | 2018
- 421
-
The common crystal structuresJohnson, P. D. et al. | 2018
- 423
-
Electronic structure studies of Be (beryllium)Johnson, P. D. et al. | 2018
- 426
-
Electronic structure studies of C (carbon)Johnson, P. D. et al. | 2018
- 433
-
Electronic structure studies of Mg (magnesium)Johnson, P. D. et al. | 2018
- 435
-
Electronic structure studies of Si (silicon)Johnson, P. D. et al. | 2018
- 437
-
Electronic structure studies of V (vanadium)Johnson, P. D. et al. | 2018
- 441
-
Electronic structure studies of Cr (chromium)Johnson, P. D. et al. | 2018
- 444
-
Electronic structure studies of Fe (iron)Johnson, P. D. et al. | 2018
- 447
-
Electronic structure studies of Ni (nickel)Johnson, P. D. et al. | 2018
- 451
-
Electronic structure studies of Cu (copper)Johnson, P. D. et al. | 2018
- 456
-
Electronic structure studies of Ga (gallium) and related compounds: the case of GaNJohnson, P. D. et al. | 2018
- 461
-
Electronic structure studies of Ge (germanium)Johnson, P. D. et al. | 2018
- 463
-
Electronic structure studies of Nb (niobium)Johnson, P. D. et al. | 2018
- 466
-
Electronic structure studies of Mo (molybdenum)Johnson, P. D. et al. | 2018
- 469
-
Electronic structure studies of Pd (palladium)Johnson, P. D. et al. | 2018
- 472
-
Electronic structure studies of Ag (silver)Johnson, P. D. et al. | 2018
- 475
-
Electronic structure studies of W (tungsten)Johnson, P. D. et al. | 2018
- 480
-
Electronic structure studies of Ir (iridium)Johnson, P. D. et al. | 2018
- 483
-
Electronic structure studies of Pt (platinum)Johnson, P. D. et al. | 2018
- 486
-
Electronic structure studies of Au (gold)Johnson, P. D. et al. | 2018
- 490
-
Electronic structure studies of Pb (lead)Johnson, P. D. et al. | 2018
- 495
-
Electronic structure studies of Bi (bismuth)Johnson, P. D. et al. | 2018
- 499
-
Electronic structure studies of Ce (cerium)Johnson, P. D. et al. | 2018
- 501
-
Electronic structure studies of Gd (gadolinium)Johnson, P. D. et al. | 2018
- 506
-
Strongly correlated systems: high-Tc superconductors: cupratesJohnson, P. D. et al. | 2018
- 518
-
(strongly correlated systems): high Tc superconductors: Fe-basedJohnson, P. D. et al. | 2018
- 523
-
Dirac cones and topological states: topological insulatorsJohnson, P. D. et al. | 2018
- 535
-
Dirac cones and topological states: Dirac and Weyl semimetalsJohnson, P. D. et al. | 2018
- 549
-
Introduction to Raman scattering at surfacesEsser, N. / Speiser, E. et al. | 2018
- 552
-
Fundamentals of surface Raman spectroscopyEsser, N. / Speiser, E. et al. | 2018
- 555
-
Raman selection rules and surface Raman tensorEsser, N. / Speiser, E. et al. | 2018
- 557
-
Surface resonanceEsser, N. / Speiser, E. et al. | 2018
- 559
-
Historical remarks on surface Raman scatteringEsser, N. / Speiser, E. et al. | 2018
- 560
-
Clean InP(110)Esser, N. / Speiser, E. et al. | 2018
- 564
-
Clean Ge(001)Esser, N. / Speiser, E. et al. | 2018
- 569
-
Clean Si(111)Esser, N. / Speiser, E. et al. | 2018
- 572
-
Sb monolayer-terminated III–V(110) surfacesEsser, N. / Speiser, E. et al. | 2018
- 580
-
Sb-terminated Si(001) and Ge(001)Esser, N. / Speiser, E. et al. | 2018
- 585
-
As-terminated Si(111)Esser, N. / Speiser, E. et al. | 2018
- 588
-
In-terminated Si(111)Esser, N. / Speiser, E. et al. | 2018
- 594
-
Au-terminated Si(111)Esser, N. / Speiser, E. et al. | 2018
- 597
-
Au-terminated Si(553)Esser, N. / Speiser, E. et al. | 2018
- 599
-
Metal surfaces: Si nanoribbons on Ag(110)Esser, N. / Speiser, E. et al. | 2018
- 603
-
Introduction to field electron and ion emission and customary unitsForbes, R. G. et al. | 2018
- 606
-
Basic terminology of Fowler-Nordheim electron transmission theoryForbes, R. G. et al. | 2018
- 609
-
Transmission probability for an exactly triangular barrierForbes, R. G. et al. | 2018
- 612
-
Transmission probability for a general rounded barrierForbes, R. G. et al. | 2018
- 614
-
The Schottky effect and related parametersForbes, R. G. et al. | 2018
- 616
-
Transmission probability for a Schottky-Nordheim barrierForbes, R. G. et al. | 2018
- 619
-
Local emission current density regimesForbes, R. G. et al. | 2018
- 621
-
Local emission current densities for a Schottky-Nordheim barrierForbes, R. G. et al. | 2018
- 624
-
Energy distributions for the Schottky-Nordheim barrierForbes, R. G. et al. | 2018
- 625
-
Basic auxiliary relationshipsForbes, R. G. et al. | 2018
- 629
-
Field electron emission measurement circuit theoryForbes, R. G. et al. | 2018
- 631
-
Basic theory of Fowler-Nordheim plotsForbes, R. G. et al. | 2018
- 634
-
Testing for lack of field emission orthodoxyForbes, R. G. et al. | 2018
- 636
-
Theoretical introduction to field evaporationForbes, R. G. et al. | 2018
- 638
-
The prediction of zero-barrier evaporation fieldForbes, R. G. et al. | 2018
- 650
-
Post-field ionizationForbes, R. G. et al. | 2018
- 651
-
The “changeover field” in thermal-field shapingForbes, R. G. et al. | 2018
- 652
-
The position of the electrical surfaceForbes, R. G. et al. | 2018
- 656
-
Physical properties of the noble operating gasesForbes, R. G. et al. | 2018
- 658
-
Field calibration issuesForbes, R. G. et al. | 2018
- 665
-
Introduction to epigraphene and overviewBerger, C. / Conrad, E. H. / de Heer, W. A. et al. | 2018
- 674
-
The electronic band structure of grapheneBerger, C. / Conrad, E. H. / de Heer, W. A. et al. | 2018
- 683
-
Silicon carbide and epitaxial graphene on silicon carbideBerger, C. / Conrad, E. H. / de Heer, W. A. et al. | 2018
- 689
-
Structure and band structure of epitaxial graphene on hexagonal silicon carbideBerger, C. / Conrad, E. H. / de Heer, W. A. et al. | 2018
- 716
-
Electronic transport properties of epigrapheneBerger, C. / Conrad, E. H. / de Heer, W. A. et al. | 2018
- 723
-
Transport properties of epigraphene in magnetic fieldBerger, C. / Conrad, E. H. / de Heer, W. A. et al. | 2018
- 730
-
Towards electronic devices based on epigrapheneBerger, C. / Conrad, E. H. / de Heer, W. A. et al. | 2018
- 741
-
Optical and plasmonic properties of epigrapheneBerger, C. / Conrad, E. H. / de Heer, W. A. et al. | 2018
- 751
-
Introduction to fullerenes on surfacesCepek, C. / Goldoni, A. et al. | 2018
- 755
-
Band dispersion of solid C60Cepek, C. / Goldoni, A. et al. | 2018
- 757
-
Fullerenes on metals and semiconductors: interaction with the substrateCepek, C. / Goldoni, A. et al. | 2018
- 764
-
Ordered fullerenes on metal surfaces: monatomic steps on vicinal surfaces and reconstruction on metalsCepek, C. / Goldoni, A. et al. | 2018
- 769
-
C60 monolayer on semiconductorsCepek, C. / Goldoni, A. et al. | 2018
- 775
-
Directing fullerene adsorption via supramolecular templatesCepek, C. / Goldoni, A. et al. | 2018
- 784
-
Co-adsorbed fullerene systems and the formation of heterojunction layers at a nanometer scaleCepek, C. / Goldoni, A. et al. | 2018
- 791
-
Introduction to surfaces at metal-electrolyte interfacesNowicki, M. / Wandelt, K. et al. | 2018
- 807
-
Anion interaction with copper surfaces: general properties of metal surfacesNowicki, M. / Wandelt, K. et al. | 2018
- 811
-
Hydrohalic acid interaction with copper surfaces: adsorption of halide anionsNowicki, M. / Wandelt, K. et al. | 2018
- 813
-
Hydrohalic acid interaction with copper surfaces: Cu(100) – chloride and bromideNowicki, M. / Wandelt, K. et al. | 2018
- 818
-
Hydrohalic acid interaction with copper surfaces: Cu(100) – iodideNowicki, M. / Wandelt, K. et al. | 2018
- 826
-
Hydrohalic acid interaction with copper surfaces: XRD of chloride, bromide, and iodide on Cu(100)Nowicki, M. / Wandelt, K. et al. | 2018
- 832
-
Hydrohalic acid interaction with copper surfaces: Cu(111) – chlorideNowicki, M. / Wandelt, K. et al. | 2018
- 837
-
Hydrohalic acid interaction with copper surfaces: Cu(111) – bromideNowicki, M. / Wandelt, K. et al. | 2018
- 840
-
Hydrohalic acid interaction with copper surfaces: Cu(111) – iodideNowicki, M. / Wandelt, K. et al. | 2018
- 844
-
Hydrohalic acid interaction with copper surfaces: Cu(110) – bromideNowicki, M. / Wandelt, K. et al. | 2018
- 850
-
Hydrohalic acid interaction with copper surfaces: Cu(110) – chlorideNowicki, M. / Wandelt, K. et al. | 2018
- 856
-
Hydrohalic acids interaction with copper surfaces: CuI compound formationNowicki, M. / Wandelt, K. et al. | 2018
- 862
-
Hydrohalic acids interaction with copper surfaces: XPS of Cu(111) – iodide interactionNowicki, M. / Wandelt, K. et al. | 2018
- 865
-
Copper surfaces in perchloric acidNowicki, M. / Wandelt, K. et al. | 2018
- 870
-
Copper surfaces in sulfuric acid: sulfate adsorption on Cu(100) and Cu(111)Nowicki, M. / Wandelt, K. et al. | 2018
- 874
-
Copper surfaces in sulfuric acid: sulfate structure on Cu(111)Nowicki, M. / Wandelt, K. et al. | 2018
- 879
-
Copper surfaces in sulfuric acid: sulfate adsorption configurationNowicki, M. / Wandelt, K. et al. | 2018
- 882
-
Copper surfaces in sulfuric acid: sulfate-induced surface morphologyNowicki, M. / Wandelt, K. et al. | 2018
- 884
-
Copper surfaces in sulfuric acid: sulfate adsorption/desorption kineticsNowicki, M. / Wandelt, K. et al. | 2018
- 889
-
Hydrohalic acid anion interaction with silver surfaces: Ag(100) – chlorideNowicki, M. / Wandelt, K. et al. | 2018
- 890
-
Hydrohalic acid anion interaction with silver surfaces: Ag(100) – bromideNowicki, M. / Wandelt, K. et al. | 2018
- 891
-
Hydrohalic acid anion interaction with silver surfaces: Ag(100) – iodideNowicki, M. / Wandelt, K. et al. | 2018
- 892
-
Hydrohalic acid anion interaction with silver surfaces: Ag(111) – chlorideNowicki, M. / Wandelt, K. et al. | 2018
- 893
-
Hydrohalic acid anion interaction with silver surfaces: Ag(111) – bromideNowicki, M. / Wandelt, K. et al. | 2018
- 894
-
Hydrohalic acid anion interaction with silver surfaces: Ag(111) – iodideNowicki, M. / Wandelt, K. et al. | 2018
- 895
-
Hydrohalic acid anion interaction with silver surfaces: Ag(110) – chloride, bromide, and iodideNowicki, M. / Wandelt, K. et al. | 2018
- 896
-
Silver surfaces in perchloric acid: Ag(110) – perchlorateNowicki, M. / Wandelt, K. et al. | 2018
- 897
-
Silver surfaces in sulfuric acid: Ag(100) – sulfateNowicki, M. / Wandelt, K. et al. | 2018
- 898
-
Silver surfaces in sulfuric acid: Ag(111) – sulfateNowicki, M. / Wandelt, K. et al. | 2018
- 899
-
Silver surfaces in sulfuric acid: Ag(110) – sulfateNowicki, M. / Wandelt, K. et al. | 2018
- 900
-
Hydrohalic-acid anion interaction with gold surfaces: Au(100) – chlorideNowicki, M. / Wandelt, K. et al. | 2018
- 901
-
Hydrohalic-acid anion interaction with gold surfaces: Au(100) – bromideNowicki, M. / Wandelt, K. et al. | 2018
- 902
-
Hydrohalic-acid anion interaction with gold surfaces: Au(100) – iodideNowicki, M. / Wandelt, K. et al. | 2018
- 903
-
Hydrohalic-acid anion interaction with gold surfaces: Au(111) – chlorideNowicki, M. / Wandelt, K. et al. | 2018
- 905
-
Hydrohalic-acid anion interaction with gold surfaces: Au(111) – bromideNowicki, M. / Wandelt, K. et al. | 2018
- 906
-
Hydrohalic acid anion interaction with gold surfaces: Au(111) – iodideNowicki, M. / Wandelt, K. et al. | 2018
- 907
-
Hydrohalic acid anion interaction with gold surfaces: Au(110) – bromideNowicki, M. / Wandelt, K. et al. | 2018
- 908
-
Hydrohalic acid anion interaction with gold surfaces: Au(110) – iodideNowicki, M. / Wandelt, K. et al. | 2018
- 909
-
Gold surfaces in perchloric acid: Au(100) – perchlorateNowicki, M. / Wandelt, K. et al. | 2018
- 910
-
Gold surfaces in perchloric acid: Au(111) – perchlorateNowicki, M. / Wandelt, K. et al. | 2018
- 911
-
Gold surfaces in perchloric acid: Au(110) – perchlorateNowicki, M. / Wandelt, K. et al. | 2018
- 912
-
Gold surfaces in sulfuric acid: Au(100) – sulfateNowicki, M. / Wandelt, K. et al. | 2018
- 913
-
Gold surfaces in sulfuric acid: Au(111) – sulfateNowicki, M. / Wandelt, K. et al. | 2018
- 914
-
Gold surfaces in sulfuric acid: Au(110) – sulfateNowicki, M. / Wandelt, K. et al. | 2018
- 915
-
Hydrohalic-acid anion interaction with platinum surfaces: Pt(100) – bromideNowicki, M. / Wandelt, K. et al. | 2018
- 916
-
Hydrohalic acid anion interaction with platinum surfaces: Pt(100) – iodideNowicki, M. / Wandelt, K. et al. | 2018
- 917
-
Hydrohalic acid anion interaction with platinum surfaces: Pt(111) – chlorideNowicki, M. / Wandelt, K. et al. | 2018
- 918
-
Hydrohalic acid anion interaction with platinum surfaces: Pt(111) – bromideNowicki, M. / Wandelt, K. et al. | 2018
- 919
-
Hydrohalic acid anion interaction with platinum surfaces: Pt(111) – iodideNowicki, M. / Wandelt, K. et al. | 2018
- 920
-
Hydrohalic acid anion interaction with platinum surfaces: Pt(110) – bromideNowicki, M. / Wandelt, K. et al. | 2018
- 921
-
Hydrohalic acid anion interaction with platinum surfaces: Pt(110) – iodideNowicki, M. / Wandelt, K. et al. | 2018
- 922
-
Platinum surfaces in perchloric acid: Pt(111), Pt(100), Pt(110) – perchlorateNowicki, M. / Wandelt, K. et al. | 2018
- 923
-
Platinum surfaces in sulfuric acid: general remarksNowicki, M. / Wandelt, K. et al. | 2018
- 924
-
Platinum surfaces in sulfuric acid: Pt(100) – sulfateNowicki, M. / Wandelt, K. et al. | 2018
- 925
-
Platinum surfaces in sulfuric acid: Pt(111) – sulfateNowicki, M. / Wandelt, K. et al. | 2018