STM data: Gold Nanoreliefs on Van der Waals Surfaces of InSe Semiconductor Single Crystals Obtained by High-Resolution Scanning Tunneling Microscopy Methodsdoi:10.48788/DVUA/BCG5WODataverseUA2024-10-101Karbivskyy Volodymyr; Svitlana Smolyak, 2024, "STM data: Gold Nanoreliefs on Van der Waals Surfaces of InSe Semiconductor Single Crystals Obtained by High-Resolution Scanning Tunneling Microscopy Methods", https://doi.org/10.48788/DVUA/BCG5WO, DataverseUA, V1STM data: Gold Nanoreliefs on Van der Waals Surfaces of InSe Semiconductor Single Crystals Obtained by High-Resolution Scanning Tunneling Microscopy Methodsdoi:10.48788/DVUA/BCG5WOKarbivskyy VolodymyrSvitlana SmolyakUkraineDataverseUASmolyak, SvitlanaSmolyak, Svitlana2024-09-03PhysicsMonolayersSingle-crystalsScanning tunnelling microscopyThe mechanisms of gold nanorelief formation on the van der Waals surfaces of semiconductor single crystals were investigated using high-resolution scanning tunneling microscopy methods. Vacuum thermal deposition of Au (without sample cooling and inert gases) on the InSe (0001) surface. The volt-ampere characteristics of the tunneling spectra of metallic nanostructures were obtained using a JSPM-4610 tunneling microscope. Electrons with different energies (from the conduction band, valence band, and localized states) participated in the tunneling process. Obtained with the help of a scanning microscope, the I-V characteristics of the tunnel contact with the surface of an arbitrary point make it possible to study the local electrical properties.2011-04-082011-04-08Studies of the nanorelief of gold surfaces were carried out using the tunneling microscope JSPM-4610 (Japan). The working vacuum during the experiment was no worse than 10^−8 Pa. Plates of layered single crystals InSe, plane 0001, were used. The preparation of single-crystal surfaces was carried out by breaking the crystal in a preparation chamber at a vacuum of about 10^−8 Pa. Van der Waals chip surfaces were atomically pure with a relative surface contamination of no more than 1%. Gold nanoreliefs on the InSe (0001) surface were obtained by vacuum thermal deposition of Au. The atomizer is a tungsten spiral cuvette with a metal weight, which is located in the middle of a metal cylinder with a 3 mm hole. The distance from the atomizer to the sample was about 7 cm. During atomization, a current of 5.0 A was passed through the tungsten spiral, which corresponded to temperatures approximately 100 degrees above the melting temperature of the metal. Application time - up to a few seconds. Metal deposition on the surface of the single crystal occurred without heating and cooling the sample, as well as without the use of gases.10.15407/mfint.41.03.0297.L. І. Karbivska, V. L. Karbivskii, V. A. Artemyuk, Z. D. Kovalyuk, О. Ya. Kuznetsova, S. S. Smolyak, A. I. Sobolev, and V. V. Stonis, Nanorelief of Cu and Au Layers after Their Thermal Deposition on the InSe and GaSe Single Crystals Surfaces, Metallofiz. Noveishie Tekhnol., 41, No.3: 297–311 (2019) ttps://doi.org/10.15407/mfint.41.03.029709-55-18_4.BMPSTM images of the surface of InSe single crystals (0001)image/bmp12-25-16_3.BMPSTM images of the surface of InSe single crystals (0001)at the temperature -187 Cimage/bmp12-30-43.BMPSTM images of the surface of InSe single crystals (0001)at the temperature -187 Cimage/bmp12_32_45_3.BMPSTM images of the surface of InSe single crystals (0001)at the temperature -188 Cimage/bmp12_37_41_4.BMPSTM images of the surface of InSe single crystals (0001)at the temperature -188 Cimage/bmp13-41-26_3.BMPSTM images of the surface of InSe single crystals (0001)at the temperature -188 Cimage/bmp15-31-19_3.BMPSTM images of the surface of InSe single crystals (0001) at the room temperatureimage/bmp15-41-26_2.BMPSTM images of the surface of InSe single crystals (0001) at the room temperatureimage/bmp15-42-10.BMPSTM images of the surface of InSe single crystals (0001) at the room temperatureimage/bmp15-44-59.BMPSTM images of the surface of InSe single crystalsimage/bmp15-44-59.TXTcontains data on the parameters of the experiment for obtaining a STM images of the surface of InSe single crystals (15-44-59.bmp)text/plain15-44-59_2.BMPSTM images of the surface of InSe single crystalsimage/bmp15_04_2011.BMPSTM data : Topography Image 1024x1024 Gold nanostructures on the surface of an InSe single crystalimage/bmp15_04_2011.TXTcontains data on the parameters of the experiment for obtaining a Topography Image 1024x1024 (15.04.2011.bmp)text/plain15_04_2011_2.BMPSTM data : Topography Image 512x512 Gold nanostructures on the surface of an InSe single crystalimage/bmp15_04_2011_2.TXTcontains data on the parameters of the experiment for obtaining a Topography Image 512x512 (15.04.2011_2.bmp)text/plainReadMe_EN_Au_on_InSe.txttext file containing information related to the directory contenttext/plainTunel_Spectra_InSe_77K-1.bmpSpectra of tunnel spectroscopy of InSe (0001) at the temperature 77 Kimage/bmpTunel_Spectra_InSe_RT.bmpSpectra of tunnel spectroscopy of InSe (0001) at the room temperatureimage/bmprIS_3+.bmpSTM images of the surface of InSe single crystals at the room temperatureimage/bmp