Data used in: Surfactant-Mediated Epitaxial Growth of Single-Layer Graphene in an Unconventional Orientation on SiCdoi:10.26165/JUELICH-DATA/VGEHRDJülich DATA2020-08-251Bocquet, F. C.; Lin, Y.-R; Franke, M.; Samiseresht, N.; Parhizkar, S.; Soubatch, S.; Lee, T.-L.; Kumpf, C.; Tautz, F. S., 2020, "Data used in: Surfactant-Mediated Epitaxial Growth of Single-Layer Graphene in an Unconventional Orientation on SiC", https://doi.org/10.26165/JUELICH-DATA/VGEHRD, Jülich DATA, V1Data used in: Surfactant-Mediated Epitaxial Growth of Single-Layer Graphene in an Unconventional Orientation on SiCdoi:10.26165/JUELICH-DATA/VGEHRDBocquet, F. C.Lin, Y.-RFranke, M.Samiseresht, N.Parhizkar, S.Soubatch, S.Lee, T.-L.Kumpf, C.Tautz, F. S.SFB1083 A12Jülich DATABocquet, François C.Bocquet, François C.2020-08-25PhysicsAngle-resolved photoemission spectroscopyLow-energy electron diffractionGraphene<p>We present here the raw data used to produce the figures in the publication Bocquet <em>et al.</em> <a title="Phys. Rev. Lett. xx xxx (2020)" href="https://doi.org/10.1103/PhysRevLett.125.106102">Phys. Rev. Lett. <strong>125</strong> 106102 (2020)</a>. Unless explicitly stated, all metadata necessary to analyze the data is included in the files (or filenames) themselves. The raw data are placed in a separated folder for each figure or set of figures.</p> <p>The presented <em>T</em> graphene sample is called 'Igel'.</p> <p>The presented <em>S</em> graphene sample is called 'Coffee'.</p> <p>The presented lq<em>G</em>-R0&deg; sample is called 'Fanny'.</p> <p>&nbsp;</p> <ul> <li><strong>Fig. 1</strong>: 550⨉550 pixels corresponds to 170⨉170 Volts. The profiles are given in Volts. The file names are self explaining.</li> <li><strong>Fig. 2 and S5</strong>: The file names are self explaining.</li> <li><strong>Fig. 3 and S6</strong>: Files 150332 to 150336 were measured on Coffee. Files 118699 to 118709 are were measured on Igel.</li> <li><strong>Fig. S2</strong>: The file names are self explaining.</li> <li><strong>Fig. S3</strong>: The file names are self explaining.</li> </ul>13_SiC_Coffee(GrR0)_165eV_x=23_y=17.5_z=277.5_theta=128_t=7ms_size=170_550points_I=1.05A_Corr_Full_02_Si(111)_Ceasar_165eV_x=21_y=20_z=277.5_theta=128_t=7ms_size=170_550points_I=1.05A_enzeert-2.pngimage/png13_SiC_Coffee(GrR0)_165eV_x=23_y=17.5_z=277.5_theta=128_t=7ms_size=170_550points_I=1.05A.ncapplication/x-netcdf2018 Coffee-tBLG0028_recip59,30deg_GammaK0.ARPES-hdfapplication/octet-stream2018 Coffee-tBLG0032_recip59,30deg_GammaK30.ARPES-hdfapplication/octet-stream50_Igel_E=165eV_y=20_theta=135(inverted_0-280_linear).bmpimage/bmp6_Lars_E=165eV_y=21_theta=136(inverted_linear 0-600).bmpimage/bmp9_Fanny_E=165eV_y=22_theta=135(no scale)-invert_linear0-444.bmpimage/bmpGrR0_AziProfile(V).csvtext/csvi09-118699.nxsapplication/octet-streami09-118700.nxsapplication/octet-streami09-118701.nxsapplication/octet-streami09-118702.nxsapplication/octet-streami09-118703.nxsapplication/octet-streami09-118704.nxsapplication/octet-streami09-118705.nxsapplication/octet-streami09-118706.nxsapplication/octet-streami09-118707.nxsapplication/octet-streami09-118708.nxsapplication/octet-streami09-118709.nxsapplication/octet-streami09-118710.nxsapplication/octet-streami09-150332.nxsapplication/octet-streami09-150333.nxsapplication/octet-streami09-150334.nxsapplication/octet-streami09-150335.nxsapplication/octet-streami09-150336.nxsapplication/octet-streami09-150437_Coffee_K0_y550,5.hdfapplication/x-hdfi09-150440_Coffee_K30_y549,5.hdfapplication/x-hdfIgel_50_E=165eV_y=20_theta=135.ncapplication/x-netcdfIgel_7503-7595_-34.9rotated_K0_EDC.hdf5application/x-hdf5Igel_7503-7595_-4.9rotated_K30_EDC.hdf5application/x-hdf5Igel_7695-7854_bestQuality_rotated_Gamma-K0_EDC.hdf5application/x-hdf5Igel_7695-7854_bestQuality_rotated_Gamma-K30_EDC.hdf5application/x-hdf5SiC_GrR0_RadialProfile(V).csvtext/csv