Main / of Physics and Technology / Solid state physics and nonlinear physics / Сванбаев Елдос Абугалиевич

Сванбаев Елдос Абугалиевич

Position Ст.пpеподаватель
Кафедра физики твердого тела и нелинейной физики
Scopus author ID: 54906220800
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File name Headline Description
Modeling benchmarking of solar collectors and solar panels
Modeling benchmarking of solar collectors and solar panels
Microwave Electronics
Microwave Electronics
Nanoelectronics
Modern fiber-optic communication systems
Modern fiber-optic communication systems
Modern fiber-optic communication systems
Modern fiber-optic communication systems
Components of Photovoltaic Systems
Components of Photovoltaic Systems
Semiconductor Electronics in Astrophysics
Semiconductor Electronics in Astrophysics
Energy Management and Smart Grid Technologies
Semiconductor Electronics in Astrophysics
Microprocessor Techniques
Solar Photovoltaic Cell
Solar Photovoltaic Cell
Microprocessor Techniques
Hybrid photovoltaic and solar-thermal systems
Fundamentals of Radio Physics and Electronics
Physical processes of nanoelectronics and optoelectronics
Physical processes of nanoelectronics and optoelectronics
Fundamentals of Radio Physics and Electronics
Fundamentals of Radio Physics and Electronics
Physical Bases of Optical-Electronic Devices
Physical Bases of Optical-Electronic Devices
Technological Problems of Radio Engineering, Electronics and Telecommunications
Components of Photovoltaic Systems
Physical processes of nanoelectronics and optoelectronics
Modern fiber optic transmission systems
Modern fiber optic transmission systems
Physical processes of nanoelectronics and optoelectronics
Physical processes of nanoelectronics and optoelectronics
Physical processes of nanoelectronics and optoelectronics
Energy management
Concentrating Solar Power
Energy Management and Smart Grid Technologies
Fundamentals of Radio Physics and Electronics
Energy Management and Smart Grid Technologies
Concentrating Solar Power
Hybrid photovoltaic and solar-thermal systems
Hybrid photovoltaic and solar-thermal systems
Concentrating Solar Power
Semiconductor electronics and optoelectronics in astronomical observations
Semiconductor electronics and optoelectronics in astronomical observations
Fundamentals of Radio Physics and Electronics
Modern fiber optic transmission systems
Modern fiber optic transmission systems
Modern fiber optic transmission systems
Solar thermal systems
Solar thermal systems
Semiconductor electronics and optoelectronics in astronomical observations
Semiconductor Electronics in Astrophysics
Electronic nanosensors
Semiconductor Electronics in Astrophysics
Physical processes of nanoelectronics and optoelectronics
Basics of Semiconductor Electronics
Basics of Semiconductor Electronics
Microelectronics
Новые Технологии Наноэлектроники. New Technologies of Nanoelectronics
Новые Технологии Наноэлектроники. New Technologies of Nanoelectronics
Basics of Semiconductor Electronics
Basics of Semiconductor Electronics
Mmicroelectronics
Optoelectronics
Optoelectronics
Energy Management and Smart Grid Technologies
Modern fiber optic transmission systems
Modern fiber optic transmission systems
Hybrid photovoltaic and solar-thermal systems
Concentrating Solar Power
Concentrating Solar Power
Energy Management and Smart Grid Technologies
Hybrid photovoltaic and solar-thermal systems
Microelectronics
Modern fiber optic transmission systems
Modern fiber-optic communication systems
Solar thermal systems
Solar thermal systems
Solar thermal systems
Components of Photovoltaic Systems
Optoelectronics
Mmicroelectronics
Concentrating Solar Power
Physical Bases of Optical-Electronic Devices
Modern fiber optic transmission systems
Optoelectronics
Concentrating Solar Power
Hybrid photovoltaic and solar-thermal systems
Energy Management and Smart Grid Technologies
Semiconductor Electronics in Astrophysics
Optoelectronics
Optoelectronics
Semiconductor Electronics in Astrophysics
Optoelectronics
Optoelectronics
Hybrid photovoltaic and solar-thermal systems
Microelectronics
Energy management
Concentrating Solar Power
Energy Management and Smart Grid Technologies
Optoelectronics
Optoelectronics
Basics of Semiconductor Electronics
Technological Problems of Radio Engineering, Electronics and Telecommunications
Physical processes of nanoelectronics and optoelectronics
Optoelectronic Devices
Electronic nanosensors
Modern fiber-optic communication systems
Hybrid photovoltaic and solar-thermal systems
Fundamentals of Radio Physics and Electronics
Microprocessor Techniques
Fundamentals of Radio Physics and Electronics
Concentrating Solar Power
Hybrid photovoltaic and solar-thermal systems
Optoelectronics
Microelectronics
Electronic nanosensors
Semiconductor electronics and optoelectronics in astronomical observations
Physical Bases of Optical-Electronic Devices
Hybrid photovoltaic and solar-thermal systems
Fundamentals of Radio Physics and Electronics
Concentrating Solar Power
Energy management
Microelectronics
Mmicroelectronics
Mmicroelectronics
Optoelectronics
Physical Bases of Optical-Electronic Devices
Mmicroelectronics
Energy Management and Smart Grid Technologies
Modern fiber optic transmission systems
Solar Photovoltaic Cell
Basics of Semiconductor Electronics
Technological Problems of Radio Engineering, Electronics and Telecommunications
Microwave Electronics
Energy management
Hybrid photovoltaic and solar-thermal systems
Concentrating Solar Power
Hybrid photovoltaic and solar-thermal systems
Modern fiber-optic communication systems
Thin-film Microelectronics
Physical Basis of Solid-State Electronics
Physical Basic of Optoelectronics
Physical and Technological Methods of Microelectronics
Новые Технологии Наноэлектроники. New Technologies of Nanoelectronics
Astronomical databases
лабы
Thin-film Microelectronics
Physics and Tecniques of Optical Communication
Semiconductor Electronics High Frequencies
Physical Basic of Optoelectronics
Fiber-Optic Communication Lines
Optoelectronics
Electrical Engineering
Technique of the nanostructured sensors
Technique of the nanostructured sensors
Microwave Electronics
Nanoelectronics
Microwave Electronics
Modern fiber-optic communication systems
Technological Problems of Radio Engineering, Electronics and Telecommunications
Basics of Semiconductor Electronics
Basics of Semiconductor Electronics
Components of Photovoltaic Systems
Solar Photovoltaic Cell
Energy Management and Smart Grid Technologies
Basics of Semiconductor Electronics
Concentrating Solar Power
Microprocessor Techniques
Energy management
Physical Bases of Optical-Electronic Devices
Microelectronics
Microelectronics
Microelectronics
Fundamentals of Radio Physics and Electronics
Optoelectronic Devices
Electronic nanosensors
Modern fiber optic transmission systems
Modern fiber optic transmission systems
Physical processes of nanoelectronics and optoelectronics
Basics of Semiconductor Electronics
Semiconductor Electronics in Astrophysics
Semiconductor Electronics in Astrophysics
Semiconductor Electronics in Astrophysics
Semiconductor Electronics in Astrophysics
Modern fiber optic transmission systems
Optoelectronics
Optoelectronics
Basics of Semiconductor Electronics
Basics of Semiconductor Electronics
Basics of Semiconductor Electronics
Modern fiber-optic communication systems
Modern fiber optic transmission systems
Semiconductor electronics and optoelectronics in astronomical observations
Semiconductor electronics and optoelectronics in astronomical observations
Hybrid photovoltaic and solar-thermal systems
Solar thermal systems
Microelectronics
Hybrid photovoltaic and solar-thermal systems
Optoelectronics
Optoelectronics
Concentrating Solar Power
Microelectronics
Components of Photovoltaic Systems
Solar thermal systems
Semiconductor electronics and optoelectronics in astronomical observations
Concentrating Solar Power
Hybrid photovoltaic and solar-thermal systems
Hybrid photovoltaic and solar-thermal systems
Concentrating Solar Power
Optoelectronics
Energy Management and Smart Grid Technologies
Optoelectronics
Basics of Semiconductor Electronics
Новые Технологии Наноэлектроники. New Technologies of Nanoelectronics
Modern fiber optic transmission systems
Physical processes of nanoelectronics and optoelectronics
Electronic nanosensors
Fundamentals of Radio Physics and Electronics
Physical Bases of Optical-Electronic Devices
Mmicroelectronics
Physical Bases of Optical-Electronic Devices
Optoelectronic Devices
Physical Bases of Optical-Electronic Devices
Energy management
Microprocessor Techniques
Concentrating Solar Power
Hybrid photovoltaic and solar-thermal systems
Solar Photovoltaic Cell
Mmicroelectronics
Новые Технологии Наноэлектроники. New Technologies of Nanoelectronics
Optoelectronic Devices
Energy Management and Smart Grid Technologies
Mmicroelectronics
Basics of Semiconductor Electronics
Microprocessor Techniques
Solar Photovoltaic Cell
Basics of Semiconductor Electronics
Microelectronics
Nanoelectronics
Modern fiber-optic communication systems
Modeling benchmarking of solar collectors and solar panels
Microwave Electronics
Solar radiation modeling Methods for "green" energy accumulation
Microwave Antennas
Thin-film Microelectronics
Semiconductor Electronics High Frequencies
Experimental Methods fox of Astrophysics
Physical Basis of Solid-State Electronics
Physical Basic of Optoelectronics
Technological Problems of Radio Engineering, Electronics and Telecommunications
Technological Problems of Radio Engineering, Electronics and Telecommunications
Новые Технологии Наноэлектроники. New Technologies of Nanoelectronics
Astronomical databases
Рэлей шагылуы
Semiconductor Electronics High Frequencies
Fiber-Optic Communication Lines
Electronics and Circuitry of Analogue Devices 2
Astronomical databases
Semiconductor Electronics High Frequencies
Experimental Methods fox of Astrophysics
Physics and Tecniques of Optical Communication
Physical and Technological Methods of Microelectronics
Semiconductor Electronics High Frequencies
Educational
Experimental Methods fox of Astrophysics
Semiconductor Electronics in Astrophysics
Optoelectronics
Solar radiation modeling Methods for "green" energy accumulation
Electrical Engineering
Science and technical problems of radioengineering, electronics and telecommunications
Technique of the nanostructured sensors
Microwave Antennas
Microwave Antennas
Microwave Antennas
Solar radiation modeling Methods for "green" energy accumulation
Science and technical problems of radioengineering, electronics and telecommunications
Technique of the nanostructured sensors
Technique of the nanostructured sensors
Electrical Engineering
Optoelectronics
Educational
Fiber-Optic Communication Lines
Новые Технологии Наноэлектроники. New Technologies of Nanoelectronics
Semiconductor Electronics in Astrophysics
Mmicroelectronics
Physical and Technological Methods of Microelectronics
силабус
Thin-film Microelectronics
Quantum Physics Nanoelectronics
Electrical Devices and Its Abilities
Fiber-Optic Communication Lines
Fiber-Optic Communication Lines
Experimental Methods for Astrophysics
Physics and Tecniques of Optical Communication
Physics and Tecniques of Optical Communication
Semiconductor Electronics High Frequencies
Semi-conductor devices
Fiber-Optic Communication Lines
Thin-film Microelectronics
Technique of the nanostructured sensors
Science and technical problems of radioengineering, electronics and telecommunications
Optoelectronics
Mmicroelectronics
Physical and Technological Methods of Microelectronics
Semiconductor Electronics in Astrophysics
Fiber-Optic Communication Lines
Semiconductor Electronics High Frequencies
Fiber-Optic Communication Lines
Новые Технологии Наноэлектроники. New Technologies of Nanoelectronics
Physics and Tecniques of Optical Communication
Electronics and Circuitry of Analogue Devices 2
Solar Cells and Storage Devices
Новые Технологии Наноэлектроники. New Technologies of Nanoelectronics
Technological Problems of Radio Engineering, Electronics and Telecommunications
Technological Problems of Radio Engineering, Electronics and Telecommunications
Physical Basic of Optoelectronics
Physical Basis of Solid-State Electronics
Solar Cells and Storage Devices
Thin-film Microelectronics
Experimental Methods fox of Astrophysics
Experimental Methods fox of Astrophysics
Experimental Methods fox of Astrophysics
Mmicroelectronics
курсовая МК
Thin-film Microelectronics
Physical Bases of the Semiconductor Electronics
Semiconductor Electronics High Frequencies
Mmicroelectronics
микроконтроллер AVR 128
Mmicroelectronics
Вольтметр на микроконтроллере
Mmicroelectronics
AVR 128
Physical Basis of Solid-State Electronics
Technological Problems of Radio Engineering, Electronics and Telecommunications
Solar Cells and Storage Devices
Новые Технологии Наноэлектроники. New Technologies of Nanoelectronics
Physical Basic of Optoelectronics
Astronomical databases
Electronics and Circuitry of Analogue Devices 2
Semiconductor Electronics and Optoelectronics in Astronomical Observations
Semiconductor Electronics High Frequencies
Physics and Tecniques of Optical Communication
Experimental Methods for Astrophysics
Physical and Technological Methods of Microelectronics
Mmicroelectronics
Optoelectronics
Microwave Antennas
Fiber-Optic Communication Lines
Semiconductor Electronics in Astrophysics
Semiconductor Electronics High Frequencies
Science and technical problems of radioengineering, electronics and telecommunications
Electrical Engineering
Solar radiation modeling Methods for "green" energy accumulation
Technique of the nanostructured sensors
Microwave Antennas
Electrical Engineering
Science and technical problems of radioengineering, electronics and telecommunications
Technique of the nanostructured sensors
Optoelectronics
Solar radiation modeling Methods for "green" energy accumulation
Microwave Antennas
Physical and Technological Methods of Microelectronics
Physical Basic of Optoelectronics
Semiconductor Electronics in Astrophysics
Thin-film Microelectronics
Semiconductor Electronics High Frequencies
Fiber-Optic Communication Lines
Новые Технологии Наноэлектроники. New Technologies of Nanoelectronics
Fiber-Optic Communication Lines
Fiber-Optic Communication Lines
Introduction To Nanoelectronics
Introduction To Nanoelectronics
Astronomical databases
Electronics and Circuitry of Analogue Devices 2
Physics and Tecniques of Optical Communication
Fiber-Optic Communication Lines
Physics and Tecniques of Optical Communication
Новые Технологии Наноэлектроники. New Technologies of Nanoelectronics
Новые Технологии Наноэлектроники. New Technologies of Nanoelectronics
Technological Problems of Radio Engineering, Electronics and Telecommunications
Technological Problems of Radio Engineering, Electronics and Telecommunications
Technological Problems of Radio Engineering, Electronics and Telecommunications
Physical Basis of Solid-State Electronics
Physical Basic of Optoelectronics
Physical Bases of the Semiconductor Electronics
Physical and Technological Methods of Microelectronics
Semiconductor Electronics High Frequencies
Experimental Methods fox of Astrophysics
Experimental Methods fox of Astrophysics
Thin-film Microelectronics
Mmicroelectronics
учебник
Experimental Methods fox of Astrophysics
Semiconductor Electronics High Frequencies
Physical Basis of Solid-State Electronics
Physical Bases of the Semiconductor Electronics
Physical and Technological Methods of Microelectronics
Physical Basic of Optoelectronics
Astronomical databases
Thin-film Microelectronics
Electronics and Circuitry of Analogue Devices 2
Fiber-Optic Communication Lines
Physics and Tecniques of Optical Communication
Science and technical problems of radioengineering, electronics and telecommunications
Electrical Engineering
Technique of the nanostructured sensors
Solar radiation modeling Methods for "green" energy accumulation
Microwave Antennas
Electronic Nanoscale Sensors
Nanoelectronics
Modeling benchmarking of solar collectors and solar panels
Modern fiber-optic communication systems
Microwave Electronics
Новые Технологии Наноэлектроники. New Technologies of Nanoelectronics
Physical Bases of Optical-Electronic Devices
Optoelectronics
Optoelectronics
Optoelectronics
Components of Photovoltaic Systems
Solar thermal systems
Modern fiber optic transmission systems
Semiconductor electronics and optoelectronics in astronomical observations
Energy management
Basics of Semiconductor Electronics
Electronic nanosensors
Solar Photovoltaic Cell
Microprocessor Techniques
Concentrating Solar Power
Hybrid photovoltaic and solar-thermal systems
Energy Management and Smart Grid Technologies
Basics of Semiconductor Electronics
Microelectronics
Physical processes of nanoelectronics and optoelectronics
Optoelectronic Devices
Optoelectronics
Physical Bases of Optical-Electronic Devices
Fundamentals of Radio Physics and Electronics
Electronic nanosensors
Modern fiber-optic communication systems
Nanoelectronics
Modeling benchmarking of solar collectors and solar panels
Microwave Electronics
Technique of the nanostructured sensors
Solar radiation modeling Methods for "green" energy accumulation
Microwave Antennas
Electronic Nanoscale Sensors
Science and technical problems of radioengineering, electronics and telecommunications
Semiconductor Electronics in Astrophysics
Physics and Tecniques of Optical Communication
Fiber-Optic Communication Lines
Physical and Technological Methods of Microelectronics
Semiconductor Electronics High Frequencies
Experimental Methods for Astrophysics
Astronomical databases
Semiconductor Electronics and Optoelectronics in Astronomical Observations
Thin-film Microelectronics
Physical Basis of Solid-State Electronics
Physical Basic of Optoelectronics
Technological Problems of Radio Engineering, Electronics and Telecommunications
Новые Технологии Наноэлектроники. New Technologies of Nanoelectronics
Solar Cells and Storage Devices
Physical Bases of the Semiconductor Electronics
Physical Basis of Solid-State Electronics
Experimental Methods fox of Astrophysics
Mmicroelectronics
Microelectronics
Mmicroelectronics
Optoelectronics
Basics of Semiconductor Electronics
Basics of Semiconductor Electronics
Mmicroelectronics
Microelectronics
Physical processes of nanoelectronics and optoelectronics
Optoelectronics
Optoelectronics
Semiconductor Electronics in Astrophysics
Microwave Electronics
Modern fiber-optic communication systems
Physical and Technological Methods of Microelectronics
Semiconductor Electronics in Astrophysics
Nanoelectronics
Technological Problems of Radio Engineering, Electronics and Telecommunications
Hybrid photovoltaic and solar-thermal systems
Optoelectronics
Physical Bases of Optical-Electronic Devices
Optoelectronic Devices
Electronic nanosensors
Optoelectronics
Modern fiber optic transmission systems
Concentrating Solar Power
Optoelectronic Devices
Optoelectronics
Semiconductor electronics and optoelectronics in astronomical observations
Modern fiber optic transmission systems
Solar Photovoltaic Cell
Новые Технологии Наноэлектроники. New Technologies of Nanoelectronics
Modern fiber optic transmission systems
Components of Photovoltaic Systems
Concentrating Solar Power
Semiconductor Electronics in Astrophysics
Mmicroelectronics
Новые Технологии Наноэлектроники. New Technologies of Nanoelectronics
Solar Photovoltaic Cell
Energy Management and Smart Grid Technologies
Physical Bases of Optical-Electronic Devices
Hybrid photovoltaic and solar-thermal systems
Optoelectronics
Hybrid photovoltaic and solar-thermal systems
Concentrating Solar Power
Microprocessor Techniques
Basics of Semiconductor Electronics
Physical processes of nanoelectronics and optoelectronics
Modern fiber optic transmission systems
Energy management
Modern fiber optic transmission systems
Components of Photovoltaic Systems
Semiconductor electronics and optoelectronics in astronomical observations
Microelectronics
Microelectronics
Microelectronics
Basics of Semiconductor Electronics
Basics of Semiconductor Electronics
Hybrid photovoltaic and solar-thermal systems
Modern fiber optic transmission systems
Hybrid photovoltaic and solar-thermal systems
Basics of Semiconductor Electronics
Optoelectronics
Mmicroelectronics
Concentrating Solar Power
Fundamentals of Radio Physics and Electronics
Microelectronics
Microelectronics
Solar thermal systems
Solar thermal systems
Physical processes of nanoelectronics and optoelectronics
Optoelectronics
Solar thermal systems
Optoelectronics
Semiconductor Electronics in Astrophysics
Microelectronics
Optoelectronics
Optoelectronics
Solar thermal systems
Semiconductor Electronics in Astrophysics
Modeling benchmarking of solar collectors and solar panels
Nanoelectronics
Modern fiber-optic communication systems
Microwave Electronics
Basics of Semiconductor Electronics
Energy Management and Smart Grid Technologies
Optoelectronics
Solar Photovoltaic Cell
Optoelectronics
Concentrating Solar Power
Microprocessor Techniques
Energy management
Physical Bases of Optical-Electronic Devices
Electronic nanosensors
Microelectronics
Fundamentals of Radio Physics and Electronics
Physical processes of nanoelectronics and optoelectronics
Basics of Semiconductor Electronics
Microelectronics
Microelectronics
Optoelectronics
Optoelectronics
Concentrating Solar Power
Semiconductor electronics and optoelectronics in astronomical observations
Components of Photovoltaic Systems
Modern fiber optic transmission systems
Solar thermal systems
Hybrid photovoltaic and solar-thermal systems
Hybrid photovoltaic and solar-thermal systems
Optoelectronics
Components of Photovoltaic Systems
Components of Photovoltaic Systems
Optoelectronics
Semiconductor electronics and optoelectronics in astronomical observations
Concentrating Solar Power
Microelectronics
Semiconductor Electronics in Astrophysics
Solar thermal systems
Fundamentals of Radio Physics and Electronics
Fundamentals of Radio Physics and Electronics
Fundamentals of Radio Physics and Electronics
Fundamentals of Radio Physics and Electronics
Fundamentals of Radio Physics and Electronics
Hybrid photovoltaic and solar-thermal systems
Fundamentals of Radio Physics and Electronics
Fundamentals of Radio Physics and Electronics
Fundamentals of Radio Physics and Electronics
Basics of Semiconductor Electronics
Electronic nanosensors
Physical Bases of Optical-Electronic Devices
Physical Bases of Optical-Electronic Devices
Fundamentals of Radio Physics and Electronics
Physical processes of nanoelectronics and optoelectronics
Modern fiber optic transmission systems
Physical Bases of Optical-Electronic Devices
Energy management
Concentrating Solar Power
Microprocessor Techniques
Новые Технологии Наноэлектроники. New Technologies of Nanoelectronics
Mmicroelectronics
Energy Management and Smart Grid Technologies
Solar Photovoltaic Cell
Basics of Semiconductor Electronics
Modern fiber-optic communication systems
Modern fiber-optic communication systems
Nanoelectronics
Modeling benchmarking of solar collectors and solar panels
Microwave Electronics
Astronomical databases
Electronics and Circuitry of Analogue Devices 2
Electronics and Circuitry of Analogue Devices 2
Electronics and Circuitry of Analogue Devices 2
Semiconductor Electronics and Optoelectronics in Astronomical Observations
Thin-film Microelectronics
Thin-film Microelectronics
Thin-film Microelectronics
Solar Cells and Storage Devices
учебник
Technological Problems of Radio Engineering, Electronics and Telecommunications
Thin-film Microelectronics
Physical Basic of Optoelectronics
силабус
Physical Basic of Optoelectronics
Physical Basis of Solid-State Electronics
Experimental Methods fox of Astrophysics
Physical Basic of Optoelectronics
Physical Bases of the Semiconductor Electronics
Fundamentals of Experimental Astronomy
силабус
Thin-film Microelectronics
Semiconductor Electronics in Astrophysics
Semiconductor Electronics in Astrophysics
Optoelectronics
Optoelectronics
Physical and Technological Methods of Microelectronics
Modern fiber-optic communication systems
Modeling benchmarking of solar collectors and solar panels
Modeling benchmarking of solar collectors and solar panels
Technique of the nanostructured sensors
Science and technical problems of radioengineering, electronics and telecommunications
Microwave Electronics
Perspective technologies of the mobile communication
Electronic Nanoscale Sensors
Electronic Nanoscale Sensors
Fiber-Optic Communication Lines
Thin-film Microelectronics
Physical Basis of Solid-State Electronics
силабус каз
Mmicroelectronics
Optoelectronics
Optoelectronics
Electronic Nanoscale Sensors
срсп
Physical Basic of Optoelectronics
Electronic Nanoscale Sensors
нанотехнологии
Electronic Nanoscale Sensors
семинар
Physical Basic of Optoelectronics
Electronic Nanoscale Sensors
Силабус
Microwave Antennas
Electronic Nanoscale Sensors
лекция
Electronic Nanoscale Sensors
лекция

1

Сванбаев Елдос Абугалиевич Астрофотометрия Қазақ университеті 1913 - г. ISBN 978-601-04-0243 72 - стр.

1

Сванбаев Елдос АбугалиевичТаурбаев Т.И., Мұсабек Г.Қ., Никулин В.Э. 2011 - г. 6 - стр. 0

2

Сванбаев Елдос АбугалиевичМухаметқали Б.Қ., Саймбетов А.К. 2016 - г. 5 - стр. 115

3

Сванбаев Елдос АбугалиевичНалибаев Е.Д., Құттыбай Н.Б., Саймбетов А.К. 2018 - г. 5 - стр. 54

4

Сванбаев Елдос АбугалиевичНалибаев Е.Д., Құттыбай Н.Б., Саймбетов А.К. 2018 - г. 5 - стр. 371

5

Сванбаев Елдос АбугалиевичНалибаев Е.Д., Құттыбай Н.Б., Саймбетов А.К. 2018 - г. 6 - стр. 317

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Сванбаев Елдос АбугалиевичНалибаев Е.Д., Құттыбай Н.Б., Саймбетов А.К. 2018 - г. 6 - стр. 0

7

Сванбаев Елдос АбугалиевичСаймбетов А.К. 2020 - г. 5 - стр. 12

8

Сванбаев Елдос АбугалиевичНұрғалиев М.К., Құттыбай Н.Б., Саймбетов А.К. 2020 - г. 18 - стр. 13

9

Сванбаев Елдос АбугалиевичДосымбетова Г.Б., Нұрғалиев М.К., Саймбетов А.К. 2021 - г. 6 - стр. 338

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Сванбаев Елдос АбугалиевичҚошқарбай Н.Ж., Жоламанов Б.Н., Манаков С.М., Саймбетов А.К., Нұрғалиев М.К., Құттыбай Н.Б., Досымбетова Г.Б. 2022 - г. 17 - стр. 15

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Сванбаев Елдос Абугалиевич Планарлы мультиколлекторлы концентратор 2013 - г. 5 - стр. Анталия

2

Сванбаев Елдос Абугалиевич Мухаметқали Б.Қ., Көмеш Т.. 2015 - г. 5 - стр.

3

Сванбаев Елдос Абугалиевич Налибаев Е.Д., Нұрғалиев М.К., Құттыбай Н.Б., Саймбетов А.К. 2018 - г. 5 - стр.
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