Manchester / Kharkov / Belgorod / Sumy / Amsterdam / Boston / /
Company
One Central Press / Ti V Hf / Vanadium / EDAX / N Zr Nb Ti V Hf / 3M / A.D. Pogrebnjak N.A. / Zr Hf / /
Country
Russia / Croatia / United Kingdom / Ukraine / / /
Facility
Sumy State University / Kharkov Institute of Physics / Belgorod National Research University / V.N. Karazin Kharkiv National University / National Technical University / /
IndustryTerm
metal / 12X18H9T steel / hightemperature applications / wear products / thermal and chemical resistance / steel surfaces / average energy / energy dispersion analysis / reactive gas / multi-component systems / saturatedby chemical elements / energy-dispersive analysis / basic metal / nitride coatingsof multielement systems / metal lattice / physical and chemical properties / x-ray energy dispersive spectrometer / wear product / constituent metal elements / /
MarketIndex
Ta 55 / /
Organization
Federal Communications Commission / National Science Center / Belgorod National Research University / Sumy State University / National Technical University / Kharkov Institute of Physics and Technology / Ministry of Education / Polytechnic Institute / /
Person
I.A. Podchernjaeva / V / I.V. Yakushchenko / V / N. Reshetnyak / V / Nova NanoSEM / A.V. Pshyk / V / Y. Takeda / V / A.D. Pogrebnjak / V / Surtronic / V. Sobol / V / V.M. Beresnev / V / /
UDC FRICTIONAL PROPERTIES OF MULTIELEMENT COATINGS (TiZrHfVNbTa)N U.S. Nyemchenko1, V.Ju. Novikov2, V.A. Stolbovoy3, V.M. Beresnev1,4, O.V. Sobol’5 1