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Загальна кількість знайдених документів : 1
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| Фотоэлектроника : inter-universities scientific articles.- Оdessa Photoelectronics- Титул.
- Content.
- Chebanenko A. P., Filevska L. M., Grinevych V. S., Smyntyna V. A., Negrutsa O. S. The ammonia vapors influence on the electrical characteristics of nanosized tin dioxide films obtained using a polymer. - C. 5-11.
- Balabai R. M., Naumenko M. V. Methodology of converting of the coordinates of the basis atoms in a unit cell of crystalline b -Ga2O3, specified in a monoclinic crystallographic system, in the laboratory cartesian coordinates for computer applications. - C. 12-20.
- Kulikov S. S., Brytavskyi Ye. V., Borshchak V. A., Zatovskaya N. P., Kutalova M. I., Karakis Y. N. The study of homogeneous and heterogeneous sensitized crystals of cadmium sulfide. - C. 21-37.
- Glushkov A. V., Kovalchuk V. V., Sofronkov A. N., Svinarenko A. A. Optimized quasiparticle density functional approach for multielectron atomic systems. - C. 38-44.
- Bakunina E. V., Dykyi O. V. Signal processing and cybersecurity in some chaotic optical communictaion systems. - C. 45-51.
- Makushkina M. P., Antoshkina O. A., Khetselius O. Yu. Hyperfine structure parameters for complex atoms within relativistic many-body perturbation theory. - C. 52-59.
- Ternovsky E. V., Mykhailov O. L. New relativistic approach to computing spectral parameters. - C. 60-67.
- Kuznetsova A. A., Glushkov A. V., Plisetskaya E. K. Theoretical complex energies of stark resonances in lithium by operator perturbation theory approach. - C. 68-77.
- Dubrovskaya Yu. V., Khetselius O. Yu., Serga I. N., Chernyakova Yu. G. Relativistic theory of spectral characteristics of pionic atomic systems: Application to heavy systems. - C. 78-85.
- Ignatenko A. V., Svinarenko A. A., Mansarliysky V. F., Sakun T. N. Optimized quasiparticle density functional and Green’s functions method to computing bond energies of diatomic molecules. - C. 86-93.
- Chernyshev A. S., Efimova E. A., Buyadzhi V. V., Nikola L. V. Cascade of auger transitions in spectrum of xenon: Theoretical data. - C. 94-101.
- Buyadzhi V. V. Relativistic energy approach and many-body perturbation theory to computing electron-collision cross-sections of complex multielectron ions. - C. 102-109.
- Tsudik A. V., Glushkov A. V., Ternovsky V. B., Zaichko P. A. Advanced computing topological and dynamical invariants of relativistic backward-wave tube time series in chaotic and hyperchaotic regimes. - C. 110-117.
- Ternovsky V. B., Svinarenko A. A., Dubrovskaya Yu. V. Theoretical studying excited states spectrum of the ytterbium within the optimized relativistic many-body perturbation theory. - C. 118-125.
- Zaichko P. A., Kuznetsova A. A., Tsudik A. V., Mansarliysky V. F. Relativistic calculation of the radiative transition probabilities and lifetimes of excited states for the rubidium atom in a black-body radiation field. - C. 126-133.
- Khetselius O. Yu., Mykhailov O. L. Relativistic calculation of wavelengths and E1 oscillator strengths in li-like multicharged ions and gauge invariance principle. - C. 134-142.
- Makarova A. O., Buyadzhi A. A., Dubrovsky O. V. Numerical studying energy parameters of multielectron atom in a magnetic field: Helium. - C. 143-148.
- Kirianov S. V., Mashkantsev A. A., Bilan I. I., Ignatenko A. V. Dynamical and topological invariants of nonlinear dynamics of the chaotic laser diodes with an additional optical injection. - C. 149-155.
- Cherkasova I. S., Ternovsky V. B., Nesterenko A. A., Mironenko D. A. Theoretical studying spectral characteristics of Zn-like ions on the basis of relativistic perturbation theory. - C. 156-160.
- Information for contributors of "Photoelectronics". - C. 161.
- Информация для авторов научного сборника "Photoelectronics". - C. 162.
- Information for contributors of "Photoelectronics" articles. - C. 163.
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