Journal papers

[1] Mutual consistency of hardness testing at micro- and nanometer scales.
Useinov A., Gogolinskiy K., Reshetov V., International Journal of Materials Research – vol. 2009, No. 7 – 2009 – p.968

Features of application of nanoindentation method for measurement of hardness in the nanoscale.
Useinov S.S., Soloviev V.V., L’vova N.А., Gogolinskij K.V., Useinov A.S., Kulibaba V.F., Petrzhik M.I. Nanotekhnika, №1 2008.

Microcontroller control system for scanning microscope NanoScan.
Kruglov E.V. Nanotekhnika, №1 2008.

Research and modifying of semi-conductor structures by diamond current-carrying probes.
Soshnikov A.I. Nanotekhnika, №1 2008.

Application of scanning probe microscopes and nano-hardness testers for studying mechanical properties of hard materials on nano-level (generalizing article). K.V.Gogolinsky, N.A.L’vova, A.S.Useinov. “ Factory laboratory. Diagnostics of materials ” №6,2007. Volume 73. pp.28 – 36

Definition of crack resistance of fragile superhard materials on nano-level. A.I.Soshnikov, Н.А. L’vova, K.V.Gogolinsky, V.F.Kulibaba. Nanotekhnika, 2006, №1, p.64-67.

Influence of substrate materials on the properties of CdTe thin films grown by hot-wall epitaxy. Ye. Bilevych, A. Soshnikov, L. Darchuk, M. Apatskaya, Z. Tsybrii, M. Vuychik, A. Boka, F. Sizov, O. Boelling, B. Sulkio-Cleff. Journal of Crystal Growth 275 (2005)

Measurement of elastic modulus of superhard materials by means of scanning probe microscope NanoScan. . A.S.Useinov. Devices and technics of experiment, 2003, №6, p.1-5

Elastic Properties of Dense Nanotube Layers. S. Grudzinskaya, Z. Ya. Kosakovskaya, V. N. Reshetov, A. A. Chaban. Acoustical Physics, Vol. 47, No. 5, 2001, pp. 548-551.

Mechanical properties of different types of diamonds. V.Blank, M.Popov, G. Pivovarov, N.Lvova, S.Terentev. Diamond and Related Materials 8 (1999), pp. 1531-1535.

Hard diamond-like layers produced during DIII-D tokamak operations. V. Denisov, L. Kuzik, N.Lvova et al. Physics Letters A 239 (1998), pp.328-331.

Ultrahard and superhard phases of fullerite C₆₀: Comparison with diamond on hardness and wear. V.Blank, M.Popov, G.Pivovarov, N.Lvova, K.Gogolinsky, V.Reshetov. Diamond and Related Materials 7 (2-5) (1998), pp. 427-431.

Application of scanning probe microscopes for the analysis with sub-micron and nanometer structure resolution and distribution of mechanical properties of materials (review). Gogolinsky K.V., Reshetov V.N.Factory laboratory. Diagnostics of materials, 1998, № 6, V.64, p.30-43.

Nano-sclerometry measurements of superhard materials and diamond hardness using scanning force microscope with the ultrahard fullerite C₆₀ tip. V.Blank, M.Popov, N.Lvova, K.Gogolinsky, V.Reshetov. J. Mater. Res., 12 (1997), 3109.

Conference proceedings

The experimental study of the perimeter plastic deformation during scratch hardness test.
Useinov A., Gogolinsky K., Reshetov V., Nanomechanical testing in materials research and development – Barga, Italy – 2009 Proceedings

Measurement of hardness with nanometer spatial resolution.
Materials of the scientific and technical seminar “Up-to-date directions of development of hardness measurements”. SSC of the Russian Federation “All-Russian scientific research institute of physical, technical and radio engineering measurements”, Mendeleevo-2009

Features of application of various techniques of measurement of hardness in nano-scale.
Useinov A.S., Gogolinskiy K.V., Useinov S.S. Thesis of IV Russian scientific and technical conference, Ekaterinburg, 2009

Measurement of hardness of heterogeneous materials with nanometer spatial resolution.
Gogolinskiy K.V., Reshetov V.N., Useinov A.S. Scientific session in MIFI – 2009

Mutual consistency of mechanical testing at micro- and nanoscale. A. Useinov, K. Gogolinskiy, V. Reshetov. 9^th European Symposium on nano-mechanical Testing, 2008

Features of measurement of mechanical properties of superhard materials in nano-scale.
S.S.Useinov, Solovev V.V., Lvov Н.А., Gogolinskij K.V., Useinov A.S. Material of the International scientific conference “Nanostructural materials – 2008: Belarus-Russia-Ucraine”.

Methods of revealing and studying of properties of microdimensional areas of heterogeneity in crystals on the example of streaky-structured langasites.
Koldaeva M.V., Useinov A.S., Grigoreva M.S., Vinogradov A.V., Prosekov P.A., Pisarevsky Yu.V. Materials of XIII National conference on growth of crystals, 2008.

Application of scanning nano-hardness tester NanoScan for research of mechanical properties in the nano-scale.
Useinov A.S. Material of the conference 1-st School “Metrology and standardization in nanotechnologies and nanoindustry. Nanomaterials ”, 2008.

NanoScan measuring system: from microhardness to nanohardness.
Gogolinskij K.V., Reshetov V.N., Useinov A.S. Material from the All-Russian scientific and technical conference “Mechanic metrics”, Suzdal, 2008.

Volt-ampere and volt-farad spectroscopy of semi-conductor structures by current-carrying diamond probes SPM.. A.I.Soshnikov, K.V.Gogolinsky, V.N.Reshetov. Materials of XV Russian symposium on raster electronic microscopy and analytical methods of research of hard bodies, 2007

Modern methods of estimation of mechanical and tribological properties of functional surfaces.M.I.Petrzhik, D.V.Shtansky, E.A.Levashov. Materials of the X International scientific and technical conference “High technologies in the industry of Russia ”, 2004.

Publicism

Diamond accuracy of nanotechnologies.
Nanoindustria, №4(61) – 2009 – p.46

We need nano so bad!
Argumenty i fakty, №22, 2009

Diamonds for jewelry and measurements.
Nauka I zhizn’, №2, 2009