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Ïàìÿòè Íèêîëàÿ Èëüè÷à Èîíîâà
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1–2 |
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Physical electronics
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Hydrogen and helium in nickel and 12Kh18N10T steel
E. A. Denisov, T. N. Kompaniets, A. A. Yukhimchuk, I. E. Boitso, I. L. Malkov
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3–10 |
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High-temperature field evaporation and its connection with surface ionization
O. L. Golubev
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11–16 |
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Adsorption of gold on oxidized tungsten
E. Yu. Afanas'eva
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17–22 |
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Influence of cesium atoms on the thermal decomposition of graphene films on (10-10)Re
E. V. Rut'kov, N. R. Gall'
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23–26 |
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Study of reactive film heterostructures with several interfaces using the thermal desorption spectroscopy
D. V. Buturovich, M. V. Kuzmin, M. V. Loginov, M. A. Mitsev
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27–32 |
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Field electron emission and field desorption of cesium from graphene
D. P. Bernadskii, V. G. Pavlov
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33–37 |
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Accumulation and transport of hydrogen in RUSFER-EK-181 ferritic-martensitic steel
E. A. Denisov, T. N. Kompaniets, M. A. Murzinova, A. A. Yukhimchuk (Jr.)
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38–44 |
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Application of the surface ionization for the detection of secondary particles in the secondary-ion mass spectrometry (SIMS)
S. N. Morozov, U. Kh. Rasulev
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45–50 |
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New surface ionization processes
M. V. Knat'ko, M. N. Lapushkin
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51–59 |
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Development of a dedicated isotope mass spectrometer for the noninvasive diagnostics of humans infected with Helicobacter Pylori
N. M. Blashenkov, E. S. Sheshenya, S. M. Soloviev, L. N. Gall', V. M. Sachenko, I. V. Zarutsky, N. R. Gall'
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60–65 |
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Electron spectroscopy of the nanostructures created in Si, GaAs, and CaF$_2$ surface layers using low-energy ion implantation
B. E. Umirzakov, D. A. Tashmukhamedova, D. M. Muradkabilov, Kh. Kh. Boltaev
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66–70 |
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Field and explosive emissions from graphene-like structures
G. N. Fursei, A. A. Kantonistov, M. A. Polyakov, A. M. Yafyasov, B. S. Pavlov, V. B. Bozhevol'nov
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71–77 |
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Formation of the Co/Si(110) interface: Phase composition and magnetic properties
M. V. Gomoyunova, G. S. Grebenyuk, K. M. Popov, I. I. Pronin
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78–84 |
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Application of electron-stimulated desorption for studying adsorbed layers
V. N. Ageev, Yu. A. Kuznetsov, N. D. Potehina
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85–91 |
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Theoretical and Mathematical Physics
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Shielding of a low-frequency electric field by a multilayer circular disk
V. T. Erofeenko, G. Ch. Shushkevich
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92–97 |
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Dynamic magnetization reversal in dipole systems
A. M. Shutyi
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98–103 |
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Solids
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High-temperature shape memory effect and the $B2$–$L1_0$ thermoelastic martensitic transformation in Ni–Mn intermetallics
V. G. Pushin, N. N. Kuranova, E. B. Marchenkova, E. S. Belosludtseva, V. A. Kazantsev, N. I. Kourov
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104–113 |
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Temperature dependence of the anisotropy parameter of the LiFeAs upper critical field in the two-band Ginzburg–Landau theory
I. N. Askerzade, N. Guclu, R. T. Tagieva
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114–117 |
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Formation of zirconium hydride in the vicinity of stereo disclinations
N. M. Vlasov, Yu. G. Dragunov
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118–121 |
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Collective effects in a defect system of the structural element scale under deformation of a heterogeneous material with a regular structure
A. M. Leksovskii, G. N. Gubanova, V. E. Yudin, B. L. Baskin
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122–127 |
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Solid-State Electronics
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Photocurrent saturation and negative differential photoconductivity in Ìn$_4$Si$_7$–Si$\langle$Mn$\rangle$–Ìn$_4$Si$_7$ and Ìn$_4$Si$_7$–Si$\langle$Mn$\rangle$–Ì heterojunctions
T. S. Kamilov, V. V. Klechkovskaya, B. Z. Sharipov, G. I. Ivakin
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128–133 |
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Physics of nanostructures
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Method for modifying the structure and elemental composition of the solid surface during a high-voltage vacuum discharge
S. M. Lupekhin, A. A. Ibragimov
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134–138 |
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Electrophysics, electron and ion beams, physics of accelerators
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Efficiency improvement of an electron collector intended for electron cooling systems using a Wien filter
M. I. Bryzgunov, A. V. Ivanov, V. M. Panasyuk, V. V. Parkhomchuk, V. B. Reva
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139–146 |
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Effect of multiple contactless rotations of charged particles in a hollow circular glass ring
M. A. Kumakhov, R. I. Tegaev
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147–150 |
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Brief Communications
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On the scenario of transition to the broadband oscillation regime in the prototype of a low-voltage vircator
Yu. A. Kalinin, A. V. Starodubov, N. N. Kuznetsov
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151–154 |
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New “surface” criterion of melting
M. N. Magomedov
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155–158 |
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