Data used in: Nanoscale tip positioning with a multi-tip scanning tunneling microscope using topography imagesdoi:10.26165/JUELICH-DATA/YRLPL0Jülich DATA2021-12-131Leis, Arthur; Cherepanov, Vasily; Voigtländer, Bert; Tautz, F. Stefan, 2021, "Data used in: Nanoscale tip positioning with a multi-tip scanning tunneling microscope using topography images", https://doi.org/10.26165/JUELICH-DATA/YRLPL0, Jülich DATA, V1Data used in: Nanoscale tip positioning with a multi-tip scanning tunneling microscope using topography imagesdoi:10.26165/JUELICH-DATA/YRLPL0Leis, ArthurCherepanov, VasilyVoigtländer, BertTautz, F. StefanJülich DATALeis, ArthurLeis, Arthur2021-12-09PhysicsMulti-tip STMWe provide here the raw data used to produce the figures in the publication Leis et al. Rev. Sci. Instrum., 2021, ??, DOI: ??. <br><br> <b>fig1a.png:</b> Optical microscopy data used to produce figure 1a. <br><br> <b>fig2a.png, fig2b.png:</b> Optical microscopy data used to produce figures 2a, 2b. <br><br> <b>fig2c.stp, fig2d.stp, fig2e.stp, fig2f.stp:</b> Scanning tunneling microscopy data as acquired, used to produce figures 2c, 2d, 2e, 2f. WSxM format. <br><br> <b>000_kalibrierung_tip1_9500mV_145458x81820nm.bmp</b> to <b>038_kalibrierung_tip1_9500mV_145458x81820nm.bmp:</b> Optical microscopy data used to produce figure 4. <b>000...</b> and <b>038...</b> are also used to produce figures 3a, 3b. <br><br> <b>fig5a.bmp:</b> Optical microscopy data used to produce figure 5a. <br><br> <b>fig5b.stp:</b> Scanning tunneling microscopy data as acquired, used to produce figures 2c, 2d, 2e, 2f. WSxM format. <br><br> <b>fig5c.dat, fig5c_inset.dat:</b> Data used to produce figure 5c. ASCII format. <br><br> <b>optical_microscope_scaling.txt:</b> Optical microscope scaling data.CC0 Waiver000_kalibrierung_tip1_-9500mV_145458x81820nm.bmpOptical microscope image used to produce figures 3a, 4.image/bmp001_kalibrierung_tip1_-9000mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp002_kalibrierung_tip1_-8500mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp003_kalibrierung_tip1_-8000mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp004_kalibrierung_tip1_-7500mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp005_kalibrierung_tip1_-7000mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp006_kalibrierung_tip1_-6500mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp007_kalibrierung_tip1_-6000mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp008_kalibrierung_tip1_-5500mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp009_kalibrierung_tip1_-5000mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp010_kalibrierung_tip1_-4500mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp011_kalibrierung_tip1_-4000mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp012_kalibrierung_tip1_-3500mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp013_kalibrierung_tip1_-3000mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp014_kalibrierung_tip1_-2500mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp015_kalibrierung_tip1_-2000mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp016_kalibrierung_tip1_-1500mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp017_kalibrierung_tip1_-1000mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp018_kalibrierung_tip1_-500mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp019_kalibrierung_tip1_0mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp020_kalibrierung_tip1_500mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp021_kalibrierung_tip1_1000mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp022_kalibrierung_tip1_1500mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp023_kalibrierung_tip1_2000mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp024_kalibrierung_tip1_2500mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp025_kalibrierung_tip1_3000mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp026_kalibrierung_tip1_3500mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp027_kalibrierung_tip1_4000mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp028_kalibrierung_tip1_4500mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp029_kalibrierung_tip1_5000mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp030_kalibrierung_tip1_5500mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp031_kalibrierung_tip1_6000mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp032_kalibrierung_tip1_6500mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp033_kalibrierung_tip1_7000mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp034_kalibrierung_tip1_7500mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp035_kalibrierung_tip1_8000mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp036_kalibrierung_tip1_8500mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp037_kalibrierung_tip1_9000mV_145458x81820nm.bmpOptical microscope image used to produce figure 4.image/bmp038_kalibrierung_tip1_9500mV_145458x81820nm.bmpOptical microscope image used to produce figures 3b, 4.image/bmpfig1a.pngOptical microscope image used to produce figure 1a.image/pngfig2a.pngOptical microscope image used to produce figure 2a.image/pngfig2b.pngOptical microscope image used to produce figure 2b.image/pngfig2c.stpScanning tunneling microscopy data used to produce figure 2c. WSxM format.application/octet-streamfig2d.stpScanning tunneling microscopy data used to produce figure 2d. WSxM format.application/octet-streamfig2e.stpScanning tunneling microscopy data used to produce figure 2e. WSxM format.application/octet-streamfig2f.stpScanning tunneling microscopy data used to produce figure 2f. WSxM format.application/octet-streamfig5a.bmpOptical microscope image used to produce figure 5a.image/bmpfig5b.stpScanning tunneling microscopy data used to produce figure 5b. WSxM format.application/octet-streamfig5c.datFour-point resistance data used to produce figure 5c. ASCII format.text/x-fixed-fieldfig5c_inset.datI-V measurement data used to produce the inset of figure 5c. ASCII format.text/x-fixed-fieldoptical_microscope_scaling.txtOptical microscope scaling data.text/plain