Main / of Physics and Technology / Solid state physics and nonlinear physics / Жанабаев Зейнулла Жанабаевич
First higher education
Educational institution | Квалификация | Expiration date |
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КазНУ им. аль-Фараби | Высшее | 1965 |
Academic degree
Academic rank
Name of academic title | Date of assignment |
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Профессор | 17/10/1997 |
State Prizes
Prize Name | Date of award |
Знак "За заслуги в развитии науки Республики Казахстан" | 16/03/2005 |
Государственный грант "Лучший преподаватель вуза" 2008 года |
File name | Headline | Description |
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Basics of Electronics |
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Basics of Electronics |
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Basics of Electronics |
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Basics of Electronics |
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Introduction To Nonlinear Physics |
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Introduction To Nonlinear Physics |
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Statistical Radiophysics |
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Fractals in Space |
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Fractals in Space |
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Physics of Stochastic and Chaotic Processes |
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Physics of Stochastic and Chaotic Processes |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 1 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 1 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 1 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 2 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 2 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 2 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 2 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 2 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 2 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 2 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 2 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 2 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 2 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 2 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 2 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 2 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 2 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 2 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 2 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 2 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 2 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 2 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 2 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 2 |
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Fundamentals of Radio Engineering, Electronics and Telecommunications 2 |
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Physics of Chaos |
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Physics of Chaos |
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Physics of Chaos |
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Physics of Chaos |
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Physics of Chaos |
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Physics of Chaos |
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Physics of Chaos |
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Dynamic Chaos in Astrophysics |
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General Chaotic Locking of Electronic Systems |
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General Chaotic Locking of Electronic Systems |
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General Chaotic Locking of Electronic Systems |
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General Chaotic Locking of Electronic Systems |
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General Chaotic Locking of Electronic Systems |
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Syncronization of Globally Couped Oscillators |
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Syncronization of Globally Couped Oscillators |
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Syncronization of Globally Couped Oscillators |
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Syncronization of Globally Couped Oscillators |
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Electric Properties of Nanostructures |
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Electric Properties of Nanostructures |
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Electric Properties of Nanostructures |
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Electric Properties of Nanostructures |
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Synchronization in Systems With Noise |
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Synchronization in Systems With Noise |
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Synchronization in Systems With Noise |
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Synchronization in Systems With Noise |
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Synchronization in Systems With Noise |
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Neural Network Control |
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Neural Network Control |
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Neural Network Control |
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Neural Network Control |
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Neural Network Control |
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Neural Network Control |
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Neural Network Control |
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Neural Network Control |
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Neural Network Control |
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Bases of Radio Engineering and Telecommunication |
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Physical Characteristics of Fractal Antennas |
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Physical Characteristics of Fractal Antennas |
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Physical Characteristics of Fractal Antennas |
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Physical Characteristics of Fractal Antennas |
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Physical Characteristics of Fractal Antennas |
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Physical Characteristics of Fractal Antennas |
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Theory of Evolution of Stars |
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Technique of investigating the gravitational waves |
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Technique of investigating the gravitational waves |
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Technique of investigating the gravitational waves |
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Technique of investigating the gravitational waves |
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Technique of investigating the gravitational waves |
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Technique of investigating the gravitational waves |
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Technique of investigating the gravitational waves |
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Technique of investigating the gravitational waves |
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Technique of investigating the gravitational waves |
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Technique of investigating the gravitational waves |
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Basic of Radio Engineering and Telecommunication |
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Basic of Radio Engineering and Telecommunication |
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Basic of Radio Engineering and Telecommunication |
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Basic of Radio Engineering and Telecommunication |
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Basic of Radio Engineering and Telecommunication |
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Basic of Radio Engineering and Telecommunication |
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Basic of Radio Engineering and Telecommunication |
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Basic of Radio Engineering and Telecommunication |
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Basic of Radio Engineering and Telecommunication |
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Basic of Radio Engineering and Telecommunication |
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Basic of Radio Engineering and Telecommunication |
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Basic of Radio Engineering and Telecommunication |
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Basic of Radio Engineering and Telecommunication |
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Basic of Radio Engineering and Telecommunication |
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Basic of Radio Engineering and Telecommunication |
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Basic of Radio Engineering and Telecommunication |
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Basic of Radio Engineering and Telecommunication |
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Basic of Radio Engineering and Telecommunication |
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Basic of Radio Engineering and Telecommunication |
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Technique of investigating the gravitational waves |
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Technique of investigating the gravitational waves |
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Technique of investigating the gravitational waves |
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Technique of investigating the gravitational waves |
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Technique of investigating the gravitational waves |
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Methods of information security in telecommunication networks |
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Modern theory of information and entropy |
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Modern theory of information and entropy |
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Modern theory of information and entropy |
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Modern theory of information and entropy |
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Modern theory of information and entropy |
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Fundamentals of Radio Electronics |
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Fundamentals of Radio Electronics |
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Fundamentals of Radio Electronics |
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Fundamentals of Radio Electronics |
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Fundamentals of Radio Electronics |
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Fundamentals of Radio Electronics |
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Fundamentals of Radio Electronics |
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Signal/ Noise ratio in astrophysical observations |
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Signal/ Noise ratio in astrophysical observations |
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New methods of separation of signals from noises |
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New methods of separation of signals from noises |
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New methods of separation of signals from noises |
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New methods of separation of signals from noises |
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New methods of separation of signals from noises |
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New methods of separation of signals from noises |
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New methods of separation of signals from noises |
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Author Documents
41
Citations
206 по 166
documents
h-index
8
Automatic Modulation Classification for MIMO System Based on the Mutual Information Feature Extraction
Ussipov, N., Akhtanov, S., Zhanabaev, Z., Turlykozhayeva, D., Karibayev, B., Namazbayev, T., Almen, D., Akhmetali, A., Tang, X.
IEEE Access
12, с. 68463-68470
0
ЦитированийCOHERENT AMPLITUDE MODULATION IN A LASER GAS SENSOR
Zhanabaev, Z.Z., Akhtanov, S.N., Tileu, A.O., Almen, D.B.
Eurasian Physical Technical Journal
20, с. 111-115
0
ЦитированийINFORMATION-ENTROPY METHOD FOR DETECTING GRAVITATIONAL WAVE SIGNALS
Zhanabaev, Z.Z., Ussipov, N.M.
Eurasian Physical Technical Journal
20, с. 79-86
0
ЦитированийDual-band optical imaging system-integrated patch antenna based on anisotropic fractal for earth-observation CubeSats
Meirambekuly, N., Temirbayev, A.A., Zhanabaev, Z.Z., Karibayev, B.A., Namazbayev, T.A., Khaniyev, B.A., Khaniyeva, A.K.
Ain Shams Engineering Journal
13, с.
3
ЦитированийCentre including eccentricity algorithm for complex networks
Akhtanov, S., Turlykozhayeva, D., Ussipov, N., Ibraimov, M., Zhanabaev, Z.
Electronics Letters
58, с. 283-285
6
ЦитированийCLUSTER ROUTER BASED ON ECCENTRICITY
Zhanabaev, Z.Z., Akhtanov, S.N., Turlykozhayeva, D.A., Ussipov, N.M., Ibraimov, M.K.
Eurasian Physical Technical Journal
19, с. 84-90
4
ЦитированийScale-invariant and wave nature of the Hubble parameter
Zhanabaev, Z.Z., Ussipov, N.M., Khokhlov, S.A.
Eurasian Physical Technical Journal
18, с. 81-89
0
ЦитированийWidth of energy band gap of nanoporous semiconductor films
Zhanabaev, Z.Z., Ikramova, S.B., Tileu, A.O., Turlykozhaeva, D.A.
Eurasian Physical Technical Journal
17, с. 39-44
0
ЦитированийCurrent and capacitance hysteresis in porous semiconductor nanofilms
Zhanabaev, Z.Z., Turlykozhayeva, D.A., Ikramova, S.B., Tileu, A.O., Maksutova, A.A., Khaniyev, B.A., Khaniyeva, A.K.
Physical Sciences and Technology
7, с. 36-42
0
ЦитированийModeling of morphology of semiconductor surfaces with quantum nanowires
Zhanabaev, Z.Z., Grevtseva, T.Y., Imanbayeva, A.K., Zhanabayeva, A.
CHAOS 2014 - Proceedings: 7th Chaotic Modeling and Simulation International Conference
0, с. 177-188
0
ЦитированийElectrodynamic characteristics of wire dipole antennas based on fractal curves
Zhanabaev, Z.Z., Karibayev, B.A., Imanbayeva, A.K., Namazbayev, T.A., Akhtanov, S.N.
Journal of Engineering Science and Technology
14, с. 305-320
4
ЦитированийNonlinear analysis of the degree of order and chaos of morphology of porous silicon nanostructures
Zhanabaev, Z.Z., Grevtseva, T.Y., Gonchar, K.A., Mussabek, G.K., Yermukhamed, D., Serikbayev, A.A., Assilbayeva, R.B., Turmukhambetov, A.Z., Timoshenko, V.Y.
CEUR Workshop Proceedings
2391, с. 187-197
1
ЦитированийSilicon and germanium nanostructures formed by spark discharge plasma
Yakunin, V.G., Presnov, D.E., Stepikhova, M.V., Yablonskiy, A.N., Assilbaeva, R.B., Grevtseva, T.Y., Zhanabaev, Z.Z., Savinov, V.P., Timoshenko, V.Y.
Journal of Physics: Conference Series
1238, с.
0
ЦитированийQuantitative Determination of Masking Degree of Signals by Informational-Entropic Analysis
Zhanabaev, Z., Grevtseva, T., Akhtanov, S.
IEEE 12th International Conference on Application of Information and Communication Technologies, AICT 2018 - Proceedings
0, с.
0
ЦитированийFractal Antennas in Telecommunication Technologies
Zhanabaev, Z.Z., Ibraimov, M.K., Imanbayeva, A.K., Karibayev, B.A., Namazbayev, T.A.
IEEE 12th International Conference on Application of Information and Communication Technologies, AICT 2018 - Proceedings
0, с.
1
ЦитированийInformational-Entropic Routing in Wireless Network
Zhanabaev, Z., Grevtseva, T., Akhtanov, S., Burisova, D., Serikbayev, A.
Proceedings of the 2nd International Conference on Computing and Network Communications, CoCoNet 2018
0, с. 14-17
0
ЦитированийTOWARD UNDERSTANDING the B[e] PHENOMENON. VI. NATURE and SPECTRAL VARIATIONS of HD 85567
Khokhlov, S.A., Miroshnichenko, A.S., Mennickent, R., Cabezas, M., Zhanabaev, Z.Z., Reichart, D.E., Ivarsen, K.M., Haislip, J.B., Nysewander, M.C., Lacluyze, A.P.
Astrophysical Journal
835, с.
10
ЦитированийFractal antenna with maximum capture power
Zhanabaev, Z., Karibayev, B., Namazbayev, T., Imanbayeva, A., Temirbayev, A., Ahtanov, S.
ACM International Conference Proceeding Series
-1, с. 17-20
3
ЦитированийFPGA implementations of scale-invariant models of neural networks
Zhanabaev, Z., Kozhagulov, Y., Zhexebay, D.
Turkish Journal of Electrical Engineering and Computer Sciences
24, с. 5090-5099
2
ЦитированийMorphology and electrical properties of silicon films with vertical nanowires
Zhanabaev, Z., Grevtseva, T.Y., Ibraimov, M.K.
Journal of Computational and Theoretical Nanoscience
13, с. 615-618
3
ЦитированийSelective gas sensor using porous silicon
Ibraimov, M.K., Sagidolda, Y., Rumyantsev, S.L., Zhanabaev, Z.Z., Shur, M.S.
Sensor Letters
14, с. 588-591
14
ЦитированийNumerically induced bursting in a set of coupled neuronal oscillators
Medetov, B., Weiß, R.G., Zhanabaev, Z.Z., Zaks, M.A.
Communications in Nonlinear Science and Numerical Simulation
20, с. 1090-1098
12
ЦитированийExperiments on an ensemble of globally and nonlinearly coupled oscillators
Temirbayev, A.A., Zhanabaev, Z.Z., Nalibayev, Y., Naurzbayeva, A.Z., Imanbayeva, A.K.
Communications in Computer and Information Science
438, с. 30-36
1
ЦитированийOptical processes in nanostructured semiconductors
Zhanabaev, Z.Z., Grevtseva, T.Y., Danegulova, T.B., Assanov, G.S.
Journal of Computational and Theoretical Nanoscience
10, с. 673-678
5
ЦитированийSequences of gluing bifurcations in an analog electronic circuit
Akhtanov, S.N., Zhanabaev, Z.Z., Zaks, M.A.
Physics Letters, Section A: General, Atomic and Solid State Physics
377, с. 1621-1626
4
ЦитированийAutonomous and forced dynamics of oscillator ensembles with global nonlinear coupling: An experimental study
Temirbayev, A.A., Nalibayev, Y.D., Zhanabaev, Z.Z., Ponomarenko, V.I., Rosenblum, M.
Physical Review E - Statistical, Nonlinear, and Soft Matter Physics
87, с.
25
ЦитированийModelling of photo-thermal control of biological cellular oscillators
Assanov, G.S., Zhanabaev, Z.Z., Govorov, A.O., Neiman, A.B.
European Physical Journal: Special Topics
222, с. 2697-2704
5
ЦитированийExperimental observation of quasiperiodic dynamics in globally coupled oscillator ensembles
Rosenblum, M., Temirbayev, A.A., Zhanabaev, Z.Z., Tarasov, S.B., Ponomarenko, V.I.
Proceedings of Nonlinear Dynamics of Electronic Systems, NDES 2012
0, с. 157-160
0
ЦитированийExperimental study of gluing bifurcations
Akhtanov, S.N., Zhanabayev, Z.Z., Zaks, M.A.
Proceedings of Nonlinear Dynamics of Electronic Systems, NDES 2012
0, с.
0
ЦитированийExperiments on oscillator ensembles with global nonlinear coupling
Temirbayev, A.A., Zhanabaev, Z.Z., Tarasov, S.B., Ponomarenko, V.I., Rosenblum, M.
Physical Review E - Statistical, Nonlinear, and Soft Matter Physics
85, с.
51
ЦитированийComplex dynamics of an oscillator ensemble with uniformly distributed natural frequencies and global nonlinear coupling
Baibolatov, Y., Rosenblum, M., Zhanabaev, Z.Z., Pikovsky, A.
Physical Review E - Statistical, Nonlinear, and Soft Matter Physics
82, с.
16
ЦитированийElectrochemical nanostructuring of semiconductors by capillary-cell method
Taurbayev, Y.T., Gonchar, K.A., Zoteev, A.V., Timoshenko, V.Y., Zhanabayev, Z.Z., Nikulin, V.E., Taurbayev, T.I.
Key Engineering Materials
442, с. 1-6
1
ЦитированийPeriodically forced ensemble of nonlinearly coupled oscillators: From partial to full synchrony
Baibolatov, Y., Rosenblum, M., Zhanabaev, Z.Z., Kyzgarina, M., Pikovsky, A.
Physical Review E - Statistical, Nonlinear, and Soft Matter Physics
80, с.
21
ЦитированийEntropic-metric characteristics of astrophysical signals
Zhanabaev, Z.Z., Alimgazinova, N.S., Beisebayeva, A.S., Naurzbayeva, A.Z.
KpbiMuKo 2009 CriMiCo - 2009 19th International Crimean Conference Microwave and Telecommunication Technology, Conference Proceedings
0, с. 935-936
0
ЦитированийFractality of nanostructured semiconductor films
Zhanabayev, Z.Z., Grevtseva, T.Y.
e-Journal of Surface Science and Nanotechnology
5, с. 132-135
2
ЦитированийFractal properties of nanostructured semiconductors
Zhanabaev, Z.Z., Grevtseva, T.Y.
Physica B: Condensed Matter
391, с. 12-17
8
ЦитированийSelf-similarity and self-affinity of multidimensional fractals
Zhanabaev, Z.Z., Bajbolatov, E.Z., Bejsebaeva, A.S., Eldesbaj, A.T.
Tyazheloe Mashinostroenie
0, с. 33-35
0
ЦитированийInformation criteria for the degree of turbulence self-organization
Zhanabaev, Z.Z., Mukhamedin, S.M., Imanbaeva, A.K.
Russian Physics Journal
44, с. 756-762
2
ЦитированийFractal model of turbulence in a jet
Zhanabayev, Z.Z.
Soviet journal of applied physics
3, с. 75-78
1
ЦитированийTheory of the dielectric constant of a partially ionized plasma
Zhanabaev, Z.Z.
Radiophysics and Quantum Electronics
22, с. 530-531
1
ЦитированийHeat transfer of a sphere in a jet flow
Isataev, S.I., Zhanabaev, Z.Z.
Journal of Engineering Physics
14, с. 312-315