Main / of Physics and Technology / Thermal physics and technical physics / Бердіхан Қазырет
Бердіхан Қазырет
Position Ст.пpеподаватель
Кафедра теплофизики и технической физики
Scopus author ID: 57194454622
bkazyret@gmail.com
3(773) 408-87-02 вн:5583
First higher education
Academic degree
File name | Headline | Description |
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Workshop-Molecular Physics |
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Molecular physics |
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Physics Workshop on Molecular Physics |
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Physics Workshop on Molecular Physics |
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Physics Workshop on Molecular Physics |
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Molecular physics |
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Physics |
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Physics Workshop of Mechanics |
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Technical Thermodynamics |
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Physics Workshop of Mechanics |
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Physics Workshop of Mechanics |
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Physics Workshop on Molecular Physics |
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Physics Workshop on Molecular Physics |
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Molecular physics |
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Technical Thermodynamics |
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|
Physics Workshop on Molecular Physics |
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|
Molecular physics |
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|
Workshop-Molecular Physics |
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|
Numerical study of thermophysics problems |
|
|
Educational |
|
|
Physics Workshop on Molecular Physics |
|
|
Physics of reacting systems |
|
|
Physics-1 |
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|
Physics 1 |
|
|
Modeling of combustion of Liquid atomized fuel |
|
|
Computer Modeling in Thermal Physics |
|
|
General Theory of Measurements |
|
|
Physics |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Plasma Technology in Thermal Power Engineering |
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|
Physics |
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|
Molecular Physics |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Modeling of сombustion processes |
|
|
Theoretical fundamentals of Thermal engineering |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Thermal power plants and thermal power networks |
|
|
Numerical methods in standardization |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Physics of combustion processes |
|
|
Physics of combustion processes |
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|
Physics of combustion processes |
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|
Foundations of Physics of a real gas and liquid |
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|
Foundations of Physics of a real gas and liquid |
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|
Foundations of Physics of a real gas and liquid |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Physics of Combustion and Explosion |
|
|
Physics of Combustion and Explosion |
|
|
Physics of Combustion and Explosion |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Physics of reacting systems |
|
|
Physics of reacting systems |
|
|
Physics of reacting systems |
|
|
Physics of reacting systems |
|
|
Modeling of сombustion processes |
|
|
Modeling of сombustion processes |
|
|
Physics of Combustion and Explosion |
|
|
Modeling of сombustion processes |
|
|
Computer Modeling in Thermal Physics |
|
|
Molecular physics |
|
|
Molecular Physics |
|
|
Physics of Combustion and Explosion |
|
|
Physics of reacting systems |
|
|
Molecular physics |
|
|
Modeling of сombustion processes |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Physics 1 |
|
|
Physics of Combustion and Explosion |
|
|
Physics of Combustion and Explosion |
|
|
Physics of Combustion and Explosion |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Physics of combustion processes |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Physics |
|
|
Metrological bases of physical measurements |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Numerical methods in engineering physics |
|
|
Numerical methods in engineering physics |
|
|
Special Issues Combustion |
|
|
Special Issues Combustion |
|
|
Special Issues Combustion |
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|
Special Issues Combustion |
|
|
Computer Modeling in Thermal Physics |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Numerical methods in technical physics |
|
|
Numerical Methods in Thermal Power Engineering |
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|
Numerical Methods in Thermal Power Engineering |
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|
Numerical Methods in Thermal Power Engineering |
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|
Numerical Methods in Thermal Power Engineering |
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|
Molecular physics |
|
|
Computer Modeling in Thermal Physics |
|
|
Physics |
|
|
Physics |
|
|
Foundations of Physics of a real gas and liquid |
|
|
General Theory of Measurements |
|
|
General Theory of Measurements |
|
|
Physics |
|
|
Molecular Physics |
|
|
Molecular physics |
|
|
General Theory of Measurements |
|
|
General Theory of Measurements |
|
|
Numerical Methods in Thermal Power Engineering |
|
|
Numerical Methods in Thermal Power Engineering |
|
|
Physics of turbulent flows |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Physics of combustion processes |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Physics of combustion processes |
|
|
Numerical Methods in Thermal Power Engineering |
|
|
Physics of combustion processes |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Modeling of combustion of Liquid atomized fuel |
|
|
General Theory of Measurements |
|
|
Modeling of combustion of Liquid atomized fuel |
|
|
Workshop-Mechanics |
|
|
Physics of Combustion and Explosion |
|
|
Statistical Methods of Quality Control of Products and Processes |
|
|
Physics of Combustion and Explosion |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Modeling of сombustion processes |
|
|
Modeling of сombustion processes |
|
|
Modeling of сombustion processes |
|
|
Modeling of сombustion processes |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Numerical solution of applied problems in standardization and certification |
|
|
Special Issues Combustion |
|
|
Numerical solution of applied problems in standardization and certification |
|
|
Modeling of сombustion processes |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Modeling of сombustion processes |
|
|
Special Issues Combustion |
|
|
General Theory of Measurements |
|
|
General Theory of Measurements |
|
|
General Theory of Measurements |
|
|
Computer Modeling in Thermal Physics |
|
|
Computer Modeling in Thermal Physics |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Numerical methods in technical physics |
|
|
Physics 1 |
|
|
Physics of combustion processes |
|
|
General Theory of Measurements |
|
|
Modeling of combustion of Liquid atomized fuel |
|
|
Modeling of сombustion processes |
|
|
Modeling of сombustion processes |
|
|
Physics-1 |
|
|
Physics of combustion processes |
|
|
Workshop-Mechanics |
|
|
Physics of combustion processes |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Physics of turbulent flows |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Numerical Methods in Thermal Power Engineering |
|
|
Special Issues Combustion |
|
|
General Theory of Measurements |
|
|
Physics of combustion processes |
|
|
General Theory of Measurements |
|
|
Molecular Physics |
|
|
General Theory of Measurements |
|
|
Molecular physics |
|
|
General Theory of Measurements |
|
|
General Theory of Measurements |
|
|
Molecular physics |
|
|
Molecular physics |
|
|
Physics of combustion processes |
|
|
General Theory of Measurements |
|
|
General Theory of Measurements |
|
|
General Theory of Measurements |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Physics |
|
|
Computer Modeling in Thermal Physics |
|
|
Computer Modeling in Thermal Physics |
|
|
Computer Modeling in Thermal Physics |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Special Issues Combustion |
|
|
Special Issues Combustion |
|
|
Special Issues Combustion |
|
|
Special Issues Combustion |
|
|
Special Issues Combustion |
|
|
Special Issues Combustion |
|
|
Special Issues Combustion |
|
|
Physics of reacting systems |
|
|
Physics of combustion processes |
|
|
Numerical methods in engineering physics |
|
|
Automation at thermal power plants |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Numerical methods in engineering physics |
|
|
Numerical methods in engineering physics |
|
|
Numerical methods in engineering physics |
|
|
Physics of reacting systems |
|
|
Metrological bases of physical measurements |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Physics |
|
|
Physics of combustion processes |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Physics 1 |
|
|
Physics of Combustion and Explosion |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Modeling of сombustion processes |
|
|
Physics of Combustion and Explosion |
|
|
Molecular Physics |
|
|
Molecular physics |
|
|
Molecular physics |
|
|
Computer Modeling in Thermal Physics |
|
|
Modeling of сombustion processes |
|
|
Physics of reacting systems |
|
|
Modeling of сombustion processes |
|
|
Physics of Combustion and Explosion |
|
|
Physics of Combustion and Explosion |
|
|
Physics of reacting systems |
|
|
Physics of combustion processes |
|
|
Physics of combustion processes |
|
|
Numerical methods in standardization |
|
|
Statistical Methods of Quality Control of Products and Processes |
|
|
General Theory of Measurements |
|
|
Physics of combustion processes |
|
|
Physics of combustion processes |
|
|
Physics of combustion processes |
|
|
Physics of combustion processes |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Modeling of сombustion processes |
|
|
Physics |
|
|
Theoretical fundamentals of Thermal engineering |
|
|
Statistical Methods of Quality Control of Products and Processes |
|
|
Thermal power plants and thermal power networks |
|
|
Physics of combustion processes |
|
|
Physics of combustion processes |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Foundations of Physics of a real gas and liquid |
|
|
General Theory of Measurements |
|
|
General Theory of Measurements |
|
|
Computer Modeling in Thermal Physics |
|
|
Modeling of combustion of Liquid atomized fuel |
|
|
Molecular Physics |
|
|
Modeling of combustion of Liquid atomized fuel |
|
|
Modeling of combustion of Liquid atomized fuel |
|
|
General Theory of Measurements |
|
|
General Theory of Measurements |
|
|
General Theory of Measurements |
|
|
General Theory of Measurements |
|
|
General Theory of Measurements |
|
|
General Theory of Measurements |
|
|
General Theory of Measurements |
|
|
General Theory of Measurements |
|
|
Computer Modeling in Thermal Physics |
|
|
General Theory of Measurements |
|
|
General Theory of Measurements |
|
|
General Theory of Measurements |
|
|
Educational |
|
|
Numerical study of thermophysics problems |
|
|
Physics of Combustion and Explosion |
|
|
Molecular physics |
|
|
Workshop-Molecular Physics |
|
|
Molecular physics |
|
|
Physics Workshop on Molecular Physics |
|
|
Technical Thermodynamics |
|
|
Technical Thermodynamics |
|
|
Technical Thermodynamics |
|
|
Physics Workshop on Molecular Physics |
|
|
Molecular physics |
|
|
Workshop-Molecular Physics |
|
|
Physics |
|
|
Numerical study of thermophysics problems |
|
|
Educational |
|
|
General Theory of Measurements |
|
|
Modeling of combustion of Liquid atomized fuel |
|
|
General Theory of Measurements |
|
|
Physics |
|
|
General Theory of Measurements |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Physics of combustion processes |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Modeling of сombustion processes |
|
|
Physics |
|
|
Thermal power plants and thermal power networks |
|
|
Statistical Methods of Quality Control of Products and Processes |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Molecular Physics |
|
|
Molecular Physics |
|
|
Theoretical fundamentals of Thermal engineering |
|
|
Numerical methods in standardization |
|
|
Physics 1 |
|
|
Physics of combustion processes |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Physics of combustion processes |
|
|
Modeling of сombustion processes |
|
|
Physics of reacting systems |
|
|
Molecular physics |
СРС тапсырмалары мол.физ
|
|
Molecular physics |
|
|
Molecular Physics |
|
|
Modeling of сombustion processes |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Physics of Combustion and Explosion |
|
|
Physics 1 |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Physics of combustion processes |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Metrological bases of physical measurements |
|
|
Physics of reacting systems |
|
|
Computer Modeling in Thermal Physics |
|
|
Computer Modeling in Thermal Physics |
|
|
Physics |
|
|
Molecular physics |
|
|
General Theory of Measurements |
|
|
General Theory of Measurements |
|
|
General Theory of Measurements |
|
|
Molecular physics |
|
|
Molecular Physics |
|
|
Molecular physics |
|
|
General Theory of Measurements |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Physics of combustion processes |
|
|
Modeling of combustion of Liquid atomized fuel |
|
|
General Theory of Measurements |
|
|
Workshop-Mechanics |
|
|
Physics of Combustion and Explosion |
|
|
Numerical methods in technical physics |
|
|
Computer Modeling in Thermal Physics |
|
|
Physics of reacting systems |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Computer Modeling in Thermal Physics |
|
|
Special Issues Combustion |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Numerical solution of applied problems in standardization and certification |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Numerical solution of applied problems in standardization and certification |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Physics of combustion processes |
|
|
Special Issues Combustion |
|
|
Numerical methods in technical physics |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Statistical Methods of Quality Control of Products and Processes |
|
|
Modeling of сombustion processes |
|
|
Technical Thermodynamics |
|
|
Physics Workshop of Mechanics |
|
|
Molecular physics |
|
|
Workshop-Molecular Physics |
|
|
Numerical study of thermophysics problems |
|
|
Educational |
|
|
Physics Workshop on Molecular Physics |
|
|
Physics of Combustion and Explosion |
|
|
Physics of combustion processes |
|
|
General Theory of Measurements |
|
|
Physics-1 |
|
|
Physics of combustion processes |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Physics |
|
|
Physics |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Theoretical fundamentals of Thermal engineering |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Thermal power plants and thermal power networks |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Statistical Methods of Quality Control of Products and Processes |
|
|
Modeling of сombustion processes |
|
|
Numerical methods in standardization |
|
|
Physics of Combustion and Explosion |
|
|
Physics of Combustion and Explosion |
|
|
Physics of Combustion and Explosion |
|
|
Physics of Combustion and Explosion |
|
|
Physics of Combustion and Explosion |
|
|
Computer Modeling in Thermal Physics |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Physics of Combustion and Explosion |
|
|
Modeling of сombustion processes |
|
|
Physics of reacting systems |
|
|
Molecular physics |
|
|
Molecular physics |
|
|
Molecular Physics |
|
|
Computer Modeling in Thermal Physics |
|
|
Numerical methods in technical physics |
|
|
Physics 1 |
|
|
Physics |
|
|
Physics of Combustion and Explosion |
|
|
Modeling of сombustion processes |
|
|
Physics 1 |
|
|
Physics of Combustion and Explosion |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Physics of combustion processes |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Metrological bases of physical measurements |
|
|
Metrological bases of physical measurements |
|
|
Physics of reacting systems |
|
|
Numerical methods in engineering physics |
|
|
Special Issues Combustion |
|
|
Numerical Methods in Thermal Power Engineering |
|
|
Physics |
|
|
Molecular physics |
|
|
Molecular physics |
|
|
General Theory of Measurements |
|
|
Molecular Physics |
|
|
General Theory of Measurements |
|
|
Molecular physics |
|
|
Physics of combustion processes |
|
|
Physics of combustion processes |
|
|
Physics of combustion processes |
|
|
General Theory of Measurements |
|
|
General Theory of Measurements |
|
|
Physics of turbulent flows |
|
|
Computer Modeling in Thermal Physics |
|
|
Physics of combustion processes |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Workshop-Mechanics |
|
|
Physics of combustion processes |
|
|
Modeling of combustion of Liquid atomized fuel |
|
|
Computer Modeling in Thermal Physics |
|
|
Physics of Combustion and Explosion |
|
|
General Theory of Measurements |
|
|
Modeling of combustion of Liquid atomized fuel |
|
|
Modeling of combustion of Liquid atomized fuel |
|
|
Computer Modeling in Thermal Physics |
|
|
Computer Modeling in Thermal Physics |
|
|
Physics of combustion processes |
|
|
Physics of combustion processes |
|
|
Physics of reacting systems |
|
|
Physics of Combustion and Explosion |
|
|
Physics of Combustion and Explosion |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Molecular Physics |
|
|
Physics of combustion processes |
|
|
Physics of Combustion and Explosion |
|
|
Physics of Combustion and Explosion |
|
|
Physics of Combustion and Explosion |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Modeling of сombustion processes |
|
|
Numerical solution of applied problems in standardization and certification |
|
|
Special Issues Combustion |
|
|
Modeling of сombustion processes |
|
|
Physics |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Physics of reacting systems |
|
|
Numerical solution of applied problems in standardization and certification |
|
|
Special Issues Combustion |
|
|
Physics of Combustion and Explosion |
|
|
Automation at thermal power plants |
|
|
Numerical methods in technical physics |
|
|
Automation at thermal power plants |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Physics of combustion processes |
|
|
Modeling of combustion of Liquid atomized fuel |
|
|
Physics of Combustion and Explosion |
|
|
Physics 1 |
|
|
General Theory of Measurements |
|
|
Physics of combustion processes |
|
|
Computer Modeling in Thermal Physics |
|
|
Workshop-Mechanics |
|
|
Physics of combustion processes |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Physics of turbulent flows |
|
|
Numerical Methods in Thermal Power Engineering |
|
|
General Theory of Measurements |
|
|
Special Issues Combustion |
|
|
Physics of combustion processes |
|
|
Molecular physics |
|
|
Molecular physics |
|
|
Molecular Physics |
|
|
General Theory of Measurements |
|
|
Molecular physics |
|
|
Molecular physics |
|
|
Molecular physics |
|
|
Molecular Physics |
|
|
General Theory of Measurements |
|
|
General Theory of Measurements |
|
|
Physics |
|
|
Physics |
|
|
Computer Modeling in Thermal Physics |
|
|
Physics |
|
|
Numerical Methods in Thermal Power Engineering |
|
|
Computer Modeling in Thermal Physics |
|
|
Special Issues Combustion |
|
|
Numerical methods in engineering physics |
|
|
Physics of reacting systems |
|
|
Physics of combustion processes |
Силлабус-ЖЖФ
|
|
Metrological bases of physical measurements |
|
|
Metrological bases of physical measurements |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Physics |
|
|
Physics of Combustion and Explosion |
|
|
Physics of combustion processes |
|
|
Physics 1 |
|
|
Physics 1 |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Modeling of сombustion processes |
|
|
Computer Modeling in Thermal Physics |
|
|
Molecular Physics |
|
|
Molecular physics |
|
|
Modeling of сombustion processes |
|
|
Physics of reacting systems |
|
|
Molecular physics |
УМКД мол физ
|
|
Physics of Combustion and Explosion |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Physics of combustion processes |
|
|
Physics of Combustion and Explosion |
|
|
Physics of Combustion and Explosion |
|
|
Thermal power plants and thermal power networks |
|
|
Numerical methods in standardization |
|
|
Physics of combustion processes |
|
|
Statistical Methods of Quality Control of Products and Processes |
|
|
Theoretical fundamentals of Thermal engineering |
|
|
Special Issues Combustion |
|
|
Molecular Physics |
|
|
Statistical Methods of Quality Control of Products and Processes |
|
|
Thermal power plants and thermal power networks |
|
|
Physics-1 |
|
|
Physics of combustion processes |
|
|
Modeling of сombustion processes |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Physics of combustion processes |
|
|
Physics |
|
|
General Theory of Measurements |
|
|
General Theory of Measurements |
|
|
Foundations of Physics of a real gas and liquid |
|
|
General Theory of Measurements |
|
|
Modeling of combustion of Liquid atomized fuel |
|
|
Computer Modeling in Thermal Physics |
|
|
Physics Workshop on Molecular Physics |
|
|
Educational |
|
|
Numerical study of thermophysics problems |
|
|
Modeling of combustion of Liquid atomized fuel |
|
|
Physics 1 |
|
|
Physics of combustion processes |
|
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Plasma Technology in Thermal Power Engineering |
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Computer Modeling in Thermal Physics |
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General Theory of Measurements |
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Molecular Physics |
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Molecular physics |
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General Theory of Measurements |
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Computer Modeling in Thermal Physics |
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Physics |
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Physics |
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Molecular physics |
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Physics |
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Metrological bases of physical measurements |
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Foundations of Physics of a real gas and liquid |
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Foundations of Physics of a real gas and liquid |
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Physics of combustion processes |
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Physics of Combustion and Explosion |
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Plasma Technology in Thermal Power Engineering |
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Physics 1 |
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Foundations of Physics of a real gas and liquid |
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Modeling of сombustion processes |
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General Theory of Measurements |
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Molecular physics |
лекция физ.прак.молекулалык
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Plasma Technology in Thermal Power Engineering |
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Computer Modeling in Thermal Physics |
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Physics of combustion processes |
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Foundations of Physics of a real gas and liquid |
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Molecular physics |
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Physics of combustion processes |
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Numerical methods in standardization |
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Plasma Technology in Thermal Power Engineering |
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Theoretical fundamentals of Thermal engineering |
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Molecular Physics |
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Thermal power plants and thermal power networks |
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Modeling of сombustion processes |
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Physics |
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Physics of combustion processes |
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General Theory of Measurements |
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Foundations of Physics of a real gas and liquid |
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Molecular Physics |
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Workshop-Molecular Physics |
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- |
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Molecular physics |
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Physics Workshop on Molecular Physics |
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Workshop-Molecular Physics |
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Numerical study of thermophysics problems |
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Educational |
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Physics |
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Physics |
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Workshop-Mechanics |
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Physics of reacting systems |
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Foundations of Physics of a real gas and liquid |
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Physics of combustion processes |
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Physics of reacting systems |
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Numerical methods in engineering physics |
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Plasma Technology in Thermal Power Engineering |
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Foundations of Physics of a real gas and liquid |
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Metrological bases of physical measurements |
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|
Modeling of сombustion processes |
|
|
Foundations of Physics of a real gas and liquid |
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Physics 1 |
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Foundations of Physics of a real gas and liquid |
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Physics of Combustion and Explosion |
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Computer Modeling in Thermal Physics |
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Physics |
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Molecular physics |
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Molecular physics |
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Molecular physics |
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General Theory of Measurements |
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General Theory of Measurements |
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General Theory of Measurements |
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Computer Modeling in Thermal Physics |
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Molecular physics |
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Physics of combustion processes |
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Physics of Combustion and Explosion |
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Molecular Physics |
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Molecular physics |
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Molecular physics |
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General Theory of Measurements |
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Plasma Technology in Thermal Power Engineering |
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|
Numerical methods in standardization |
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Physics of combustion processes |
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Thermal power plants and thermal power networks |
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Theoretical fundamentals of Thermal engineering |
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Physics |
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Molecular physics |
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Physics of turbulent flows |
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Physics of combustion processes |
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Foundations of Physics of a real gas and liquid |
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Molecular Physics |
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Thermal power plants and thermal power networks |
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Physics of reacting systems |
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Computer Modeling in Thermal Physics |
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Physics of reacting systems |
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Molecular physics |
Карта учебно-методической обеспеченности физ.прак
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Modeling of сombustion processes |
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Educational |
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Workshop-Molecular Physics |
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Numerical study of thermophysics problems |
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Physics Workshop on Molecular Physics |
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Molecular physics |
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|
Physics of combustion processes |
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Physics-1 |
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Foundations of Physics of a real gas and liquid |
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|
General Theory of Measurements |
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Physics of combustion processes |
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Plasma Technology in Thermal Power Engineering |
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Statistical Methods of Quality Control of Products and Processes |
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Physics 1 |
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Modeling of combustion of Liquid atomized fuel |
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Computer Modeling in Thermal Physics |
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Workshop-Mechanics |
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Physics of Combustion and Explosion |
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Computer Modeling in Thermal Physics |
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Numerical methods in technical physics |
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Modeling of сombustion processes |
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Molecular Physics |
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Special Issues Combustion |
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Numerical solution of applied problems in standardization and certification |
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Special Issues Combustion |
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Numerical solution of applied problems in standardization and certification |
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Automation at thermal power plants |
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Physics 1 |
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Physics of combustion processes |
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|
Plasma Technology in Thermal Power Engineering |
|
|
Modeling of сombustion processes |
|
|
Physics of combustion processes |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Foundations of Physics of a real gas and liquid |
|
|
General Theory of Measurements |
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|
Mechanics |
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|
Physics Workshop of Mechanics |
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|
Molecular physics |
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|
Physics Workshop on Molecular Physics |
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|
Educational |
|
|
Numerical study of thermophysics problems |
|
|
Workshop-Molecular Physics |
|
|
Thermal power plants and thermal power networks |
|
|
Physics |
|
|
Molecular Physics |
|
|
Physics of combustion processes |
|
|
Physics |
|
|
Modeling of сombustion processes |
|
|
Modeling of сombustion processes |
|
|
Theoretical fundamentals of Thermal engineering |
|
|
Molecular Physics |
|
|
Statistical Methods of Quality Control of Products and Processes |
|
|
Thermal power plants and thermal power networks |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Statistical Methods of Quality Control of Products and Processes |
|
|
Numerical methods in standardization |
|
|
Physics |
|
|
Computer Modeling in Thermal Physics |
|
|
Molecular Physics |
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|
Molecular physics |
|
|
Physics of Combustion and Explosion |
|
|
Modeling of combustion of Liquid atomized fuel |
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Physics of combustion processes |
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|
Plasma Technology in Thermal Power Engineering |
|
|
Molecular Physics |
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|
Molecular physics |
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|
General Theory of Measurements |
|
|
Molecular physics |
|
|
Molecular physics |
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|
General Theory of Measurements |
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|
General Theory of Measurements |
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Physics |
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Molecular Physics |
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Computer Modeling in Thermal Physics |
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|
Molecular physics |
«Молекулалық физика» пәні бойынша қорытынды емтиханның бағдарламасы
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Molecular physics |
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|
Computer Modeling in Thermal Physics |
|
|
Physics of Combustion and Explosion |
|
|
Physics 1 |
|
|
Modeling of сombustion processes |
|
|
Modeling of сombustion processes |
|
|
Metrological bases of physical measurements |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Foundations of Physics of a real gas and liquid |
|
|
Physics of combustion processes |
|
|
Plasma Technology in Thermal Power Engineering |
|
|
Numerical methods in technical physics |
|
|
Mechanics |
|
|
Physics of Combustion and Explosion |
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|
Physics of Combustion and Explosion |
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1
Бердіхан Қазырет
2016 - г.
5 - стр.
0
2
Бердіхан Қазырет Шортанбаева Ж.К., Болегенова С.А., Аскарова А.С., Манатбаев Р.К., Болегенова С.А., Максимов В.Ю., Габитова З.Х., Ергалиева А.Б., Боранбаева А.Е., Максутханова А.М.
A. Askarova, Sa. Bolegenova, Sy. Bolegenova, V. Maximov, R. Manatbayev, A. Yergaliyeva, Z. Gabitova, A. Maxutkhanova, Zh. Shortanbayeva, A. Boranbayeva, K. Berdikhan Application of 3D modelling for solving the problem of combustion coal-dust flame
2016 - г.
6 - стр.
48
3
Бердіхан Қазырет
2016 - г.
5 - стр.
8
4
Бердіхан Қазырет Шортанбаева Ж.К., Болегенова С.А., Аскарова А.С., Березовская И.Э., Болегенова С.А., Зульбухарова Э.М., Максимов В.Ю., Оспанова Ш.С., Нұғыманова А.О., Туякбаев А.А., Максутханова А.М.
Investigation of various types of liquid fuel atomization and combustion processes at high turbulence
2018 - г.
10 - стр.
11