Search Results - "Fedoseyev, A"

Intermediate-band solar cells based on quantum dot supracrystals by Shao, Q., Balandin, A. A., Fedoseyev, A. I., Turowski, M.

“…The authors show that the ordered three-dimensional arrays of quantum dots, i.e., quantum dot supracrystals, can be used to implement the intermediate-band…”
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Improved multiquadric method for elliptic partial differential equations via PDE collocation on the boundary by Fedoseyev, A.I., Friedman, M.J., Kansa, E.J.

“…The multiquadric radial basis function (MQ) method is a recent meshless collocation method with global basis functions. It was introduced for discretizing…”
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Quantum hydrodynamic equations and quantum-hierarchy decoupling scheme by Buot, F A, Jiang, Y, Fedoseyev, A I

“…There is a need to extract the relevant device physics from exact quantum transport formulations, and hence to reduce the complexity of quantum transport…”
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Peculiarities of dynamic evaluation of globular formation outlines of the lungs with multislice computed tomography by Kolmogorov, Vladimir G., Molodkin, Ivan V., Konovalov, Vladimir K., Shayduk, Alexander M., Ostanin, Sergey A., Leonov, Sergey L., Borisenko, Olga V., Fedoseyev, Mikhail A., Modakalova, Julia S.

“…Background. Visualization of infiltration in lung tissue surrounding the globular formation of the lungs (GFL) determined by X-ray is one of the important…”
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Robust Computational Models of Quantum Transport in Electronic Devices by Fedoseyev, A. I., Przekwas, A., Turowski, M., Wartak, M. S.

“…A family of efficient quantum transport models for simulation of modern nanoscale devices is presented. These models are used for quantitative calculations of…”
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Investigation of vibrational control of convective flows in Bridgman melt growth configurations by Fedoseyev, Alexandre I, Alexander, J.Iwan D

“…It is generally recognized that oscillatory, or pulsatile, flow significantly alters the transfer of mass, heat and momentum in fluid systems. A numerical…”
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Numerical investigation of GaAs nipi solar cell performance by Fedoseyev, A., Bald, T., Turowski, M.

“…Numerical investigations of GaAs nipi (n-type/intrinsic/p-type/intrinsic) doping superlattice solar cell performances have been performed and the results are…”
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Communication: Minimizing Segregation during the Controlled Directional Solidification of Dendritic Alloys by Grugel, R N, Fedoseyev, A, Kim, S

“…Gravity-driven convection induced in the liquid by density gradients of temperature or composition disrupts uniform dendritic growth during controlled…”
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Investigation and modeling of space radiation effects in quantum dot solar cells by Fedoseyev, A I, Turowski, M, Raman, A, Taylor, E W, Hubbard, S, Polly, S, Balandin, A A

“…Novel nanomaterials and devices based on them offer significant advantages over traditional technologies in terms of light-weight and efficiency for…”
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Radiation effect models in solar cells - Comparison of simulations with experimental data by Fedoseyev, A., Bald, T., Turowski, M., Raman, A., Cress, C., Walters, R., Warner, J., Hubbard, S.

“…We present the radiation effect models for solar cells used in NanoTCAD device simulator and provide comparison with experimentally measured on solar cell…”
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Kinetic simulation tools for nano-scale semiconductor devices by Fedoseyev, Alex, Kolobov, Vladimir, Arslanbekov, Robert, Przekwas, Andrzej

“…Kinetic simulation tools for design of nano devices based on deterministic solution of the classical Boltzmann equation with quantum corrections are described…”
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Conductivity of quantum-dot crystal simulation using physics based models by Fedoseyev, A., Bald, T.

“…In this paper we present physics based analysis of Quantum Dot Arrays (QDA) conductivity. Photovoltaic devices based on QDA have a potential for delivering the…”
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GPU computing of Quantum Dot Infrared Photodetectors by Fedoseyev, A., Venugopalan, V.

“…In this paper we present physics based mathematical models and numerical methods for fast GPU based simulations of advanced Quantum Dot Infrared Photodetectors…”
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Minimizing segregation during the controlled directional solidification of dendritic alloys by GRUGEL, Richard N, FEDOSEYEV, Alex, SHINWOO KIM

“…Gravity-driven convection induced in the liquid by density gradients of temperature or composition disrupts uniform dendritic growth during controlled…”
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Proton-Irradiation-Immune Electronics Implemented with Two-Dimensional Charge-Density-Wave Devices by Geremew, A, Kargar, F, Zhang, E. X, Zhao, S. E, Aytan, E, Bloodgood, M. A, Salguero, T. T, Rumyantsev, S, Fedoseyev, A, Fleetwood, D. M, Balandin, A. A

“…Nanoscale, 11, 8380 - 8386 (2019) Proton radiation damage is an important failure mechanism for electronic devices in near-Earth orbits, deep space and high…”
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Mixed-Mode simulation of single event upsets in modern SiGe BiCMOS mixed-signal circuits by Turowski, M., Raman, A., Fedoseyev, A.

“…The latest enhancements to CFDRC NanoTCAD mixed-mode simulator, combining 3D physics-based device models and advanced circuit compact models (VBIC, Mextram)…”
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Mixed-mode simulations of ICs with complex nuclear events from MRED/Geant4 with 3D TCAD by Fedoseyev, A., Arslanbekov, R., Turowski, M.

“…The newly developed TCAD and mixed-mode tools for automated simulations of single-event effects in integrated circuits are presented. The tool automatically…”
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Single event upset modeling with nuclear reactions in nanoscale electronics by Turowski, M., Fedoseyev, A., Raman, A., Warren, K.

“…In modern nano-scale technologies, circuits are increasingly sensitive to various kinds of perturbations. Soft errors, a concern for space applications in the…”
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PROSPECTIVE GROWTH STIMULATORS OF BACTERIAL MASS OF STAPHYLOCOCCUS AUREUS (TO PRODUCE PROTEIN А) by S. N. Adamovich, A. P. Fedoseyev, R. V. Kibort, R. G. Mirskov, A. N. Mirskova

“…The influence of 2-hydroxyethylammonium salts of biologically active arylsulfanylacetic acids on the yield of bacterial mass of Staphylococcus aureus (strain…”
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Simulations of complex nuclear events from high energy ion tracks in integrated circuits with 3D NanoTCAD by Fedoseyev, A, Arslanbekov, R, Turowski, M

“…We present a newly developed approach in Technology Computer Aided Design (TCAD) and circuit-device (mixed-mode) tools for automated simulations of nanoscale…”
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