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
File name Headline Description
Workshop-Molecular Physics
Molecular physics
Physics Workshop on Molecular Physics
Physics Workshop on Molecular Physics
Physics Workshop on Molecular Physics
Molecular physics
Physics
Physics Workshop of Mechanics
Technical Thermodynamics
Physics Workshop of Mechanics
Physics Workshop of Mechanics
Physics Workshop on Molecular Physics
Physics Workshop on Molecular Physics
Molecular physics
Technical Thermodynamics
Physics Workshop on Molecular Physics
Molecular physics
Workshop-Molecular Physics
Numerical study of thermophysics problems
Educational
Physics Workshop on Molecular Physics
Physics of reacting systems
Physics-1
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
Physics
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
Physics of combustion processes
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
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
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
Numerical Methods in Thermal Power Engineering
Numerical Methods in Thermal Power Engineering
Numerical Methods in Thermal Power Engineering
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
Plasma Technology in Thermal Power Engineering
Computer Modeling in Thermal Physics
General Theory of Measurements
Molecular Physics
Molecular physics
General Theory of Measurements
Computer Modeling in Thermal Physics
Physics
Physics
Molecular physics
Physics
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
Physics of Combustion and Explosion
Plasma Technology in Thermal Power Engineering
Physics 1
Foundations of Physics of a real gas and liquid
Modeling of сombustion processes
General Theory of Measurements
Molecular physics
лекция физ.прак.молекулалык
Plasma Technology in Thermal Power Engineering
Computer Modeling in Thermal Physics
Physics of combustion processes
Foundations of Physics of a real gas and liquid
Molecular physics
Physics of combustion processes
Numerical methods in standardization
Plasma Technology in Thermal Power Engineering
Theoretical fundamentals of Thermal engineering
Molecular Physics
Thermal power plants and thermal power networks
Modeling of сombustion processes
Physics
Physics of combustion processes
General Theory of Measurements
Foundations of Physics of a real gas and liquid
Molecular Physics
Workshop-Molecular Physics
-
-
Molecular physics
Physics Workshop on Molecular Physics
Workshop-Molecular Physics
Numerical study of thermophysics problems
Educational
Physics
Physics
Workshop-Mechanics
Physics of reacting systems
Foundations of Physics of a real gas and liquid
Physics of combustion processes
Physics of reacting systems
Numerical methods in engineering physics
Plasma Technology in Thermal Power Engineering
Foundations of Physics of a real gas and liquid
Metrological bases of physical measurements
Modeling of сombustion processes
Foundations of Physics of a real gas and liquid
Physics 1
Foundations of Physics of a real gas and liquid
Physics of Combustion and Explosion
Computer Modeling in Thermal Physics
Physics
Molecular physics
Molecular physics
Molecular physics
General Theory of Measurements
General Theory of Measurements
General Theory of Measurements
Computer Modeling in Thermal Physics
Molecular physics
Physics of combustion processes
Physics of Combustion and Explosion
Molecular Physics
Molecular physics
Molecular physics
General Theory of Measurements
Plasma Technology in Thermal Power Engineering
Numerical methods in standardization
Physics of combustion processes
Thermal power plants and thermal power networks
Theoretical fundamentals of Thermal engineering
Physics
Molecular physics
Physics of turbulent flows
Physics of combustion processes
Foundations of Physics of a real gas and liquid
Molecular Physics
Thermal power plants and thermal power networks
Physics of reacting systems
Computer Modeling in Thermal Physics
Physics of reacting systems
Molecular physics
Карта учебно-методической обеспеченности физ.прак
Modeling of сombustion processes
Educational
Workshop-Molecular Physics
Numerical study of thermophysics problems
Physics Workshop on Molecular Physics
Molecular physics
Physics of combustion processes
Physics-1
Foundations of Physics of a real gas and liquid
General Theory of Measurements
Physics of combustion processes
Plasma Technology in Thermal Power Engineering
Statistical Methods of Quality Control of Products and Processes
Physics 1
Modeling of combustion of Liquid atomized fuel
Computer Modeling in Thermal Physics
Workshop-Mechanics
Physics of Combustion and Explosion
Computer Modeling in Thermal Physics
Numerical methods in technical physics
Modeling of сombustion processes
Molecular Physics
Special Issues Combustion
Numerical solution of applied problems in standardization and certification
Special Issues Combustion
Numerical solution of applied problems in standardization and certification
Automation at thermal power plants
Physics 1
Physics of combustion processes
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
Mechanics
Physics Workshop of Mechanics
Molecular physics
Physics Workshop on Molecular Physics
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
Molecular physics
Physics of Combustion and Explosion
Modeling of combustion of Liquid atomized fuel
Physics of combustion processes
Plasma Technology in Thermal Power Engineering
Molecular Physics
Molecular physics
General Theory of Measurements
Molecular physics
Molecular physics
General Theory of Measurements
General Theory of Measurements
Physics
Molecular Physics
Computer Modeling in Thermal Physics
Molecular physics
«Молекулалық физика» пәні бойынша қорытынды емтиханның бағдарламасы
Molecular physics
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
Physics of Combustion and Explosion

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
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