Hopg Direction

Effect of scanning direction on STM image of HOPG taken in air FFT

Direction dependence of magnetization in HOPG with defect structures

Lateral force maps for a W tip on HOPG moving in the X direction

HOPG SPI grade ZYH a HOPG mounted in epofix and trimmed to pyramid

Experimental setup and the topographic image of the HOPG surface with

Color online Giant inplane magnetoresistance of HOPG in the metallic

a STM image of HOPG obtained at about 77 K as a model surface

Fig S6 HOPG lattice A Atomic model of the HOPG lattice Three

a b STM images of the pure HOPG substrate and octacosan1ol on HOPG

AFM a topographic and b reverse scan direction lateral force maps

a Percolation path through randomly oriented HOPG nanoparticles blue

a b STM images of the pure HOPG substrate and octacosan1ol on HOPG

AFM images of the evolution of the HOPG surface in water a f

Friction force on an atomically flat HOPG surface as function of the

Schematic setup for the illumination of the HOPG crystal by a Cu

a KPFM of WSe2hBNHOPG Band diagram of monolayer WSe2 and HOPG

Color online a AFM image of the HOPG surface with a grain boundary

a AFM contact image of HOPG scanned in air 35 RH at 25 C b

Color online a AFM image of the HOPG surface with a grain boundary

Liquid crystal alignment on HOPG surface HOPG was exfoliated and

HOPG Substrates Rave Scientific

a Schematic of proposed HOPG nanocone structures b tilted view SEM

16 a CPD as a function of f for the FG1 monolayer and the HOPG

Comparison of transport properties between GS and HOPG a AFM image of

nplane magnetic hysteresis of three HOPG samples at a 300 K and b

Illustration of the heterogeneity of the HOPG surface Reproduced from

AFM topography images of freshly cleaved HOPG with corresponding height

The structure of the HPG and the measuring direction of the lower guide

The left panel shows spectra of a HOPG sample with some Au deposited on

a Schematic side view of the different HOPG roughness quality used in

Measured energy resolution of HAPG and HOPG for different crystal

Cyclic voltammograms of bare HOPG red curve and 35TBD modified HOPG

Measured energy resolution of HAPG and HOPG for different crystal

Magnetization versus Field measurements of HOPG at 250 K showing the

color a A typical STM image of the HOPG surface acquired after

A bright field TEM image of HOPG starting material and the

8 Extracted position and velocity for the HOPG microparticle in 7 a

HOPG spectra of the layered targets Download Scientific Diagram

nplane magnetic hysteresis of three HOPG samples at a 300 K and b

A SEM and 2D3D AFM images of pristine HOPG and plasmaetched HOPG

Cyclic voltammograms of bare HOPG red curve and 35TBD modified HOPG

a AFM topography of the HOPG surface area with deposited OBNs b

a Orientation of a small HOPG crystallite as determined by atomic

HOPG SPI grade ZYH a HOPG mounted in epofix and trimmed to pyramid

Pattern evolution on stationary HOPG targets under otherwise the same

2 Sample mounting for cutout HOPG blocks to measure the magnetic

3D AFM image of HOPG surface for a 5 m x 5 m square area Download

Fig S3 HOPG frequency shift vs tipsurface distance curves Raw data

Scanning speed evaluation on HOPG surface 2 m 2 m topographic

Fig S6 HOPG lattice A Atomic model of the HOPG lattice Three

HOPG spectra of the layered targets Download Scientific Diagram

An NZ AFM image of a HOPG surface at a zero nN contact force a The

a A CAD rendering showing the HOPG sample arrangement in the

a Schematic diagram of the arrangement of the HOPG spectrometer in

a Macromorphology of HOPG and b AFM micrograph of HOPG Download

4 Magnetic force on a HOPG microparticle in the X Y and Z directions

a Optical microscopic image and schematic section view of HOPG

Dynamic spectroscopy at alleged carbonatom location of HOPG in air

Tip convolution on HOPG surfaces measured in AMAFM and interpreted

AFM images of the Ptmodified HOPG surface obtained after a 2 h b

a Highresolution STM current image of a HOPG surface obtained with

Schematic of the mechanism involved in POMassisted HOPG splitting

A crosssection of the HOPG topography images a The vertical

a Schematic diagram of the arrangement of the HOPG spectrometer in

AB Video camera images of a region of the HOPG sample with a

DNA combing on a HOPG bulk crystal surface in the case of method M1 t

HOPG Highly oriented pyrolytic graphite

HOPG Highly Ordered Pyrolytic Graphite by MikroMasch

Illustration of the heterogeneity of the HOPG surface Reproduced from

PPT Annealing Studies of Irradiated HOPG using Xray Measurements

HOPG

a Schematic of microcontact printing of striped phases on HOPG with

Relative humidity RH dependence of the surface potential of an HOPG

Schematic of hopg formation from cvd graphene and graphene

Color online a AFM image of the HOPG surface with a grain boundary

a The ratio of sp 3 to sp 2 carbons in the fresh HOPG sample HOPG

a b STM images of the pure HOPG substrate and octacosan1ol on HOPG

CHARACTERIZATION OF Au111 AND HOPG SUBSTRATES BY SPM

STM Topography image of a HOPG surface showing a terrace a Image of a

The left panel shows spectra of a HOPG sample with some Au deposited on

STM image of HOPG surface obtained in air with the use of Download

a Sketch of a molecule with a metal center deposited onto a HOPG

HOPG HAPG

First two voltammetric cycles of HOPG in a 1 mM 4NBD 50 mM HCl

a Optical image of HOPG surface and b the corresponding I D I G

Raman spectra of HOPG and CVD graphene Download Scientific Diagram

Fig S2 The topography image of HOPG and b corresponding surface

HOPG Highly Ordered Pyrolytic Graphite by MikroMasch

HOPG HAPG

HOPG graphite 2D Semiconductors

PPT Spectroscopic Techniques for Probing Solid Surfaces PowerPoint

The relationship of the molecular orientation the patterning behavior

Largescale STM images of TPTC at the OAHOPG interface a before and

HOPGZYB Calibration Standard NanoAndMore

Schematic diagram illustrating the layered structure of HOPG stage 1

$Diffraction properties of HOPG. The mosaic focusing is illustrated for ...$

Diffraction properties of HOPG The mosaic focusing is illustrated for

a Energy diagram of the HOPGNCCAFM tip junction with two SBs

a and b ARPES band mapping of WTe 2 MLHOPG at a 297 K and

Figure S5 npentadecane on HOPG a Twodimensional 2DAFM xz force

Current responses of a HOPGP and HOPGH b MFGP MFGH and GC

Figure S4 a AFM image showing the topography of a HOPGgrafted

Selfassemblies of BIC at the chiral 2octanolHOPG interfacesa

a Top view of the inplane atomic structure of hBN and HOPG Side

Stacked operando Raman spectra of HOPG a Basal plane exposed and b

Characterisation of bare and photoHOPG a Contact angle measurements of

a Force profiles of HOPGC HOPGA and GML blue lines

Lateral force microscopy of a HOPGwater interface with the presence of

Moiré pattern of triangular structures on HOPG: (a) topography (1 V, 20 ...

Moir pattern of triangular structures on HOPG a topography 1 V 20

2DFFT analysis of molecularly and atomically resolved STM images

Crosssectional profiles through force and frequencyshift images of

a DFToptimized geometry of ndodecane adsorbed on C 96 H 24 as a

Color online Driftcorrected in situ DRS series of HBC on HOPG The

Schematic presentation of the EEP of Highly Oriented Pyrolytic Graphite

a Schematic representation of HOPG b Topography and c SP image

BJNANO Disorder in Hirradiated HOPG effect of impinging energy and

PPT Highly orientated pyrolytic graphite HOPG PowerPoint

HOPGcrystals

Hydrogenation of HOPGSupported Gold Nanoparticles Surface or Volume

HighResolution Measurement Of PotentialDependent Electrochemical

Gallerie2

Work Function of Hopg

Hopg RMS AFM

Hopg EFM

Hopg Inplane Direction

Z Profile of Hopg

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