Papers accepted for publication

The structures of two novel carbon clathrates, whose properties differ significantly from those of diamond, were predicted. The most likely precursors and methods for producing certain types of clathrates were identified.

Carbon clathrates C24, C28 and CA6: Structure formation and properties

The structures of two novel carbon clathrates, whose properties differ significantly from those of diamond, were predicted. The most likely precursors and methods for producing certain types of clathrates were identified.
V.A. Greshnyakov, V.V. Pavlik, M.E. Belenkov, E.A. Kulakova
 Article

Fluorinated nanodiamanes are more stable compared to fluorinated fullerene due to stronger C-F bonds.

Computational study of fluorinated nanodiamonds: Thermodynamics, electronic structure and interaction with PMMA

Fluorinated nanodiamanes are more stable compared to fluorinated fullerene due to stronger C-F bonds.
K.P. Katin, V.A. Bryzgalov, D.D. Nikolaev, K.S. Grishakov, P.F. Kartsev, M.M. Maslov
 Article

Influence of Substitutional Doping with Boron, Nitrogen and Iron Atoms on defect formation energies and bandgap values of Diamanes.

Influence of Substitutional Doping with Boron, Nitrogen and Iron Atoms on Structural, Electronic and Optical Properties of Diamanes

Influence of Substitutional Doping with Boron, Nitrogen and Iron Atoms on defect formation energies and bandgap values of Diamanes.
A.A. Grekova, K.S. Grishakov, K.P. Katin, V.A. Kurakin, M.M. Maslov
 Article

The research results from this review will generally be useful for the engineers, researchers and future study in USMW fields.

Relationship between various enhancement strategies and the quality of joints made by ultrasonic metal welding: A review

The research results from this review will generally be useful for the engineers, researchers and future study in USMW fields.
Z. Ni, J. Ma, Z. Yuan, A.A. Nazarov, J. Yang, Y. Wang
 Review

The figure shows regression analysis of the mass gain curves and the rate of mass gain depending on oxidation time obtained for samples of the TNM, TNZ and TNZ+ alloys in the near duplex (1 and 2) and near lamellar (3 and 4) conditions subjected to oxidation at 800°C.

The influence of alloying and microstructure on oxidation resistance of β-solidifying γ-TiAl alloys

The figure shows regression analysis of the mass gain curves and the rate of mass gain depending on oxidation time obtained for samples of the TNM, TNZ and TNZ+ alloys in the near duplex (1 and 2) and near lamellar (3 and 4) conditions subjected to oxidation at 800°C.
Д.М. Трофимов, В.М. Имаев, Р.М. Имаев
 Article