Artem I . Musin | MSTU Stankin (original) (raw)
Supervisors: V.N. Samoilov
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Centre National de la Recherche Scientifique / French National Centre for Scientific Research
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Papers by Artem I . Musin
Specific features of the angular and energy distributions of overfocused sputtered atoms ejected from the (001) Ni face, 2016
⎯The focusing and overfocusing of atoms sputtered from Ni (001) face are studied with the use of ... more ⎯The focusing and overfocusing of atoms sputtered from Ni (001) face are studied with the use of molecular dynamics computer simulations. When a crystal transitions from the paramagnetic to the ferromagnetic state, there is a reduction in the number of focused and overfocused sputtered atoms. The evolution of distributions of sputtered atoms with the simultaneous energy and polar angle resolution due to changes in the azimuthal angle and binding energy of atoms at a surface is studied.
The emission of atoms from the (001) faces of a series of real and model single crystals is studi... more The emission of atoms from the (001) faces of a series of real and model single crystals is studied using computer simulation by means of the molecular-dynamics method. The evolution of the energy distributions of atoms sputtered from surfaces with polar and azimuthal-angle resolution is studied in the case of a variation in the atomic number of the target substance. For low energies, the maximum of overfocused sputtered atoms is more sensitive to a variation in the atomic number of the material substance than that of focused atoms. The evolution of polar-angle distributions of atoms sputtered from surfaces with energy and azimuthal-angle resolution is also studied in the case of a variation in the atomic number of the target substance. The maxima of the focused and overfocused sputtered atoms are very sensitive to a variation in the atomic number of the target substance. The observed shifts of the maxima are related to enhancement of the blocking effect as the atomic number of the target substance increases.
Юный ученый, 2020
Самое большое звено на спирали А, В (мм) Самое большое звено на линии (мм) Количество звеньев лин... more Самое большое звено на спирали А, В (мм) Самое большое звено на линии (мм) Количество звеньев линии Количество звеньев спирали А До 11 мм, 18 мм 13 мм 99 звеньев, ломаная линия с острыми углами больше 100 После 2 мм, 2 мм 3 мм 36 звеньев, ломаная линия ближе к кривой линии, углы сглажены звенья не определяются, линия похожа на спираль
Specific features of the angular and energy distributions of overfocused sputtered atoms ejected from the (001) Ni face, 2016
⎯The focusing and overfocusing of atoms sputtered from Ni (001) face are studied with the use of ... more ⎯The focusing and overfocusing of atoms sputtered from Ni (001) face are studied with the use of molecular dynamics computer simulations. When a crystal transitions from the paramagnetic to the ferromagnetic state, there is a reduction in the number of focused and overfocused sputtered atoms. The evolution of distributions of sputtered atoms with the simultaneous energy and polar angle resolution due to changes in the azimuthal angle and binding energy of atoms at a surface is studied.
The emission of atoms from the (001) faces of a series of real and model single crystals is studi... more The emission of atoms from the (001) faces of a series of real and model single crystals is studied using computer simulation by means of the molecular-dynamics method. The evolution of the energy distributions of atoms sputtered from surfaces with polar and azimuthal-angle resolution is studied in the case of a variation in the atomic number of the target substance. For low energies, the maximum of overfocused sputtered atoms is more sensitive to a variation in the atomic number of the material substance than that of focused atoms. The evolution of polar-angle distributions of atoms sputtered from surfaces with energy and azimuthal-angle resolution is also studied in the case of a variation in the atomic number of the target substance. The maxima of the focused and overfocused sputtered atoms are very sensitive to a variation in the atomic number of the target substance. The observed shifts of the maxima are related to enhancement of the blocking effect as the atomic number of the target substance increases.
Юный ученый, 2020
Самое большое звено на спирали А, В (мм) Самое большое звено на линии (мм) Количество звеньев лин... more Самое большое звено на спирали А, В (мм) Самое большое звено на линии (мм) Количество звеньев линии Количество звеньев спирали А До 11 мм, 18 мм 13 мм 99 звеньев, ломаная линия с острыми углами больше 100 После 2 мм, 2 мм 3 мм 36 звеньев, ломаная линия ближе к кривой линии, углы сглажены звенья не определяются, линия похожа на спираль