Educational institution |
Квалификация |
Expiration date |
---|---|---|
File name |
Headline |
Description |
---|---|---|
Workshop-Molecular Physics |
Силлабус Мол№физ. Лоб. |
|
Molecular physics |
Силлабус Мол№физ. Лоб. |
|
Physics Workshop on Molecular Physics |
лекция физ.прак.мол. |
|
Physics Workshop on Molecular Physics |
лекция физ.прак.мол. |
|
Physics Workshop on Molecular Physics |
Силлабус Мол№физ. Лоб.17-18 |
|
Molecular physics |
Силлаб. физ.пр.мол.физ.,яд.физ. 2016-2017 |
|
Physics |
Силлабус новый Физика РЭТ |
|
Physics Workshop of Mechanics |
Силлабус Механика. Лоб. |
|
Technical Thermodynamics |
Силлабус_2017-2018Техн_термод_1 курс |
|
Physics Workshop of Mechanics |
Экзамен билеттері |
|
Physics Workshop of Mechanics |
Механика_лаб_рус 15 |
|
Physics Workshop on Molecular Physics |
Силлаб. физ.пр.мол.физ. |
|
Physics Workshop on Molecular Physics |
Силлабус Мол№физ. Лоб. |
|
Molecular physics |
Силлабус Мол№физ. Лоб. |
|
Technical Thermodynamics |
Силлабус Термодинамика |
|
Physics Workshop on Molecular Physics |
лекция физ.прак.мол. |
|
Molecular physics |
лекция физ.прак.мол. |
|
Workshop-Molecular Physics |
Лабораторные работы |
|
Numerical study of thermophysics problems |
Методические рекомендации к лабораторным занятиям |
|
Educational |
Методические рекомендации к лабораторным занятиям |
|
Physics Workshop on Molecular Physics |
Методические рекомендации к лабораторным занятиям |
|
Physics of reacting systems |
Методические указания(1) |
|
Physics-1 |
Механика лаб |
|
Physics 1 |
Лаборатория-Физика |
|
Modeling of combustion of Liquid atomized fuel |
Нускаулык |
|
Computer Modeling in Thermal Physics |
Нускаулык |
|
General Theory of Measurements |
ОЖТ ПӘНІ БОЙЫНША ЛАБ САБ нұсқау |
|
Physics |
КУМОД_Физика |
|
Foundations of Physics of a real gas and liquid |
Метод. указ. к лаб.раб. |
|
Plasma Technology in Thermal Power Engineering |
ЖЭПТ Зертханалық жұмыстар (1) |
|
Physics |
Лаборатория-Физика |
|
Molecular Physics |
лекция физ.прак.мол. |
|
Foundations of Physics of a real gas and liquid |
Градуировка интерферометра ИТР-1 |
|
Modeling of сombustion processes |
1 lab_SSM |
|
Theoretical fundamentals of Thermal engineering |
Лаб каз (2) |
|
Foundations of Physics of a real gas and liquid |
Метод. указ. к лаб.раб. |
|
Foundations of Physics of a real gas and liquid |
Диффузия паров воды(15) |
|
Foundations of Physics of a real gas and liquid |
ВЯЗКОСТЬ Ж _9_ |
|
Foundations of Physics of a real gas and liquid |
БОМБА _10_ |
|
Thermal power plants and thermal power networks |
Лаб каз (2) |
|
Numerical methods in standardization |
Зертханалық сабақ 4_ӘН |
|
Foundations of Physics of a real gas and liquid |
Градуировка тензопреобразователя |
|
Physics of combustion processes |
лабораторная работа №3 |
|
Physics of combustion processes |
лабораторная работа №2 |
|
Physics of combustion processes |
лабораторная работа №1 |
|
Foundations of Physics of a real gas and liquid |
Пособие Физ.прак.Мол Физ часть 2 |
|
Foundations of Physics of a real gas and liquid |
Хроматограф |
|
Foundations of Physics of a real gas and liquid |
ИСП. ВОДЫ (16) |
|
Foundations of Physics of a real gas and liquid |
ТТТел _1_ |
|
Physics of Combustion and Explosion |
СиллабÑÑ_ФÐ_каз |
|
Physics of Combustion and Explosion |
2 lab_SSM |
|
Physics of Combustion and Explosion |
4 lab_SSM |
|
Plasma Technology in Thermal Power Engineering |
ЖЭПТ Зертханалық жұмыстар |
|
Physics of reacting systems |
2 lab_SSM |
|
Physics of reacting systems |
3 lab_SSM |
|
Physics of reacting systems |
4 lab_SSM |
|
Physics of reacting systems |
1 lab_SSM |
|
Modeling of сombustion processes |
1 lab_SSM |
|
Modeling of сombustion processes |
3 lab_SSM |
|
Physics of Combustion and Explosion |
3 lab_SSM |
|
Modeling of сombustion processes |
2 lab_SSM |
|
Computer Modeling in Thermal Physics |
Зертханалық сабақ 4 |
|
Molecular physics |
лекция физ.прак.мол. |
|
Molecular Physics |
лекция физ.прак.мол. |
|
Physics of Combustion and Explosion |
Зертхана үш |
|
Physics of reacting systems |
Методические указания(1) |
|
Molecular Physics |
лекция физ.прак.мол. |
|
Modeling of сombustion processes |
Методические указания-лабы |
|
Foundations of Physics of a real gas and liquid |
Метод. указ. к лаб.раб. |
|
Physics 1 |
КУМОД_Физика |
|
Physics of Combustion and Explosion |
бланк почас. оплата для ППС (повтор.изуч. дисц. летн.сем ГАК ГЭ) |
|
Physics of Combustion and Explosion |
КУМОД-ФГиВ_каз |
|
Physics of Combustion and Explosion |
Әдістемелік нұсқаулар |
|
Plasma Technology in Thermal Power Engineering |
СРСП__ЖЭПТ_2021-22_каз |
|
Physics of combustion processes |
Әдістемелік нұсқаулар (1) |
|
Foundations of Physics of a real gas and liquid |
Нақты газдар мен сұйықтар физикасының негіздері пәні бойынша қорытынды емтихан |
|
Physics |
КУМОД_Физика |
|
Metrological bases of physical measurements |
ЛАБ САБ нұсқау |
|
Foundations of Physics of a real gas and liquid |
Градуировка манометра МБП |
|
Foundations of Physics of a real gas and liquid |
Градуировка интерферометра ЛИР-2 |
|
Numerical methods in engineering physics |
СЗ №1(1) |
|
Numerical methods in engineering physics |
СЗ №2 |
|
Special Issues Combustion |
Практика 1. Расчет нормирования затрат топливно-энергетических ресурсов на предприятиях и в хозяйствах |
|
Special Issues Combustion |
Практика 2. Типовые энергсоберегающие мероприятия при производстве тепловой энергии, оценка их эффективности |
|
Special Issues Combustion |
Практика 3. Типовые энергсоберегающие мероприятия при распределении тепловой энергии, оценка их эффективности |
|
Special Issues Combustion |
Практика 4. Типовые энергсоберегающие мероприятия в технологических процессах, оценка их эффективности |
|
Computer Modeling in Thermal Physics |
Методические указания к СРС |
|
Foundations of Physics of a real gas and liquid |
РЕОМЕТР _8_ |
|
Numerical methods in technical physics |
Методические указания |
|
Numerical Methods in Thermal Power Engineering |
Лабораторная работа №1 |
|
Numerical Methods in Thermal Power Engineering |
Лабораторная работа №2 |
|
Numerical Methods in Thermal Power Engineering |
Лабораторная работа №3 |
|
Numerical Methods in Thermal Power Engineering |
Лабораторная работа №4 |
|
Molecular physics |
лекция физ.прак.мол. (1) |
|
Computer Modeling in Thermal Physics |
Методические указания |
|
Physics |
Лаборатория-Физика |
|
Physics |
Лаборатория-Физика |
|
Foundations of Physics of a real gas and liquid |
РЕОМЕТР (8) |
|
General Theory of Measurements |
ОЖТ ПӘНІ БОЙЫНША ЛАБ САБ нұсқау |
|
General Theory of Measurements |
ОЖТ ПӘНІ БОЙЫНША ЛАБ САБ нұсқау |
|
Physics |
Силлабус Физика |
|
Molecular Physics |
лекция физ.прак.молекулалык |
|
Molecular Physics |
лекция физ.прак.мол. (1) |
|
General Theory of Measurements |
ОЖТ ПӘНІ БОЙЫНША ЛАБ САБ нұсқау |
|
General Theory of Measurements |
ӨЖТ лаб(1) |
|
Numerical Methods in Thermal Power Engineering |
Лабораторная работа №5 |
|
Numerical Methods in Thermal Power Engineering |
Лабораторная работа №7 |
|
Physics of turbulent flows |
Физ турб теч лаб |
|
Plasma Technology in Thermal Power Engineering |
Карта-ЖЭПТ |
|
Physics of combustion processes |
лабораторная работа №2 |
|
Plasma Technology in Thermal Power Engineering |
ЖЭПТ Зертханалық жұмыстар (1) |
|
Physics of combustion processes |
лабораторная работа №3 |
|
Numerical Methods in Thermal Power Engineering |
Лабораторная работа №6 |
|
Physics of combustion processes |
лабораторная работа №1 |
|
Foundations of Physics of a real gas and liquid |
Грдуировка стрелочных манометров по МП-600 |
|
Modeling of combustion of Liquid atomized fuel |
Жану отындар |
|
General Theory of Measurements |
ОЖТ Лаб |
|
Modeling of combustion of Liquid atomized fuel |
Семинар жұмыстарына нұсқаулық |
|
Workshop-Mechanics |
Механика_лаб |
|
Physics of Combustion and Explosion |
Әдістемелік нұсқаулар |
|
Statistical Methods of Quality Control of Products and Processes |
Лабор_работа_стат_мет |
|
Physics of Combustion and Explosion |
TGIV primery i zadaachi(1) |
|
Foundations of Physics of a real gas and liquid |
Хроматограф |
|
Foundations of Physics of a real gas and liquid |
Теплоемкость т т ФПТ 1-8 (13). |
|
Modeling of сombustion processes |
1 lab_SSM |
|
Modeling of сombustion processes |
2 lab_SSM |
|
Modeling of сombustion processes |
3 lab_SSM |
|
Modeling of сombustion processes |
4 lab_SSM |
|
Plasma Technology in Thermal Power Engineering |
Практикалық сабақтар_ЖЭПТ_2019-2020_каз |
|
Plasma Technology in Thermal Power Engineering |
Практикалық сабақтар_ЖЭПТ_2018-2019_каз |
|
Numerical solution of applied problems in standardization and certification |
Лабораторная работа №1 |
|
Special Issues Combustion |
Лекция 2 |
|
Numerical solution of applied problems in standardization and certification |
Методические указания к №1 работе |
|
Modeling of сombustion processes |
3 lab_SSM |
|
Plasma Technology in Thermal Power Engineering |
Мидтерм сұрақтары_ЖЭПТ_2019-2020_каз |
|
Plasma Technology in Thermal Power Engineering |
Мидтерм сұрақтары_ЖЭПТ_2018-2019_каз |
|
Modeling of сombustion processes |
1 lab_SSM |
|
Special Issues Combustion |
Лекция 4 |
|
General Theory of Measurements |
ЛАБОРАТОРНАЯ РАБОТА 3 |
|
General Theory of Measurements |
Лабораторная работа 5 |
|
General Theory of Measurements |
Лабораторная работа 6 |
|
Computer Modeling in Thermal Physics |
Лекция №1-2 |
|
Computer Modeling in Thermal Physics |
Зертхана үш |
|
Plasma Technology in Thermal Power Engineering |
Мидтерм сұрақтары. ЖЭПТ. |
|
Numerical methods in technical physics |
Методические указания-лабы |
|
Physics 1 |
Семинар_Физика |
|
Physics of combustion processes |
TGIV primery i zadaachi(1) |
|
General Theory of Measurements |
Олшеу теориясы |
|
Modeling of combustion of Liquid atomized fuel |
primery i zadaachi(1) |
|
Modeling of сombustion processes |
2 lab_SSM |
|
Modeling of сombustion processes |
4 lab_SSM |
|
Physics-1 |
Механика_18-19 |
|
Physics of combustion processes |
Зертхана бір |
|
Workshop-Mechanics |
Механика_лаб |
|
Physics of combustion processes |
Приложение к семинарским занятиям |
|
Plasma Technology in Thermal Power Engineering |
ЖЭТП |
|
Physics of turbulent flows |
Физ турб теч сем |
|
Foundations of Physics of a real gas and liquid |
Семинар_ОРГиЖ, ТФ 2021 |
|
Numerical Methods in Thermal Power Engineering |
СЗ №2 |
|
Special Issues Combustion |
TGIV primery i zadaachi(1) |
|
General Theory of Measurements |
Өлшеудің теориясы СЕМ |
|
Physics of combustion processes |
TGIV primery i zadaachi(1) |
|
General Theory of Measurements |
Лабораторная работа 1 |
|
Molecular Physics |
лекция физ.прак.мол. |
|
General Theory of Measurements |
Лабораторная работа 2 |
|
Molecular Physics |
лекция физ.прак.мол. (1) |
|
General Theory of Measurements |
ЛАБОРАТОРНАЯ РАБОТА 4 |
|
General Theory of Measurements |
Лабораторная работа 5 |
|
Molecular physics |
лекция физ.прак.мол. |
|
Molecular physics |
лекция физ.прак.мол. |
|
Physics of combustion processes |
Зертхана үш |
|
General Theory of Measurements |
Лабораторная работа 1 |
|
General Theory of Measurements |
ЛАБОРАТОРНАЯ РАБОТА 3 |
|
General Theory of Measurements |
Лабораторная работа 2 |
|
Foundations of Physics of a real gas and liquid |
ВЯЗКОСТЬ Ж (9) |
|
Physics |
Семинар_Физика |
|
Computer Modeling in Thermal Physics |
лабораторная работа №1 |
|
Computer Modeling in Thermal Physics |
лабораторная работа №2 |
|
Computer Modeling in Thermal Physics |
лабораторная работа №3 |
|
Foundations of Physics of a real gas and liquid |
БОМБА (10) |
|
Special Issues Combustion |
Семинар №1 |
|
Special Issues Combustion |
Семинар №2 |
|
Special Issues Combustion |
Семинар №3 |
|
Special Issues Combustion |
Семинар №4 |
|
Special Issues Combustion |
Семинар №5 |
|
Special Issues Combustion |
Семинар №6 |
|
Special Issues Combustion |
Семинар №7 |
|
Physics of reacting systems |
ФРС-вопросы к экзамену-каз |
|
Physics of combustion processes |
Зертхан екі |
|
Numerical methods in engineering physics |
4 lab_SSM |
|
Automation at thermal power plants |
Лабораторные работы по программе LabView 8 (1) |
|
Foundations of Physics of a real gas and liquid |
ТТТел _1_ |
|
Numerical methods in engineering physics |
3 lab_SSM |
|
Numerical methods in engineering physics |
1 lab_SSM |
|
Numerical methods in engineering physics |
2 lab_SSM |
|
Physics of reacting systems |
ФРС_каз_ТЭ_ |
|
Metrological bases of physical measurements |
Лабораторная работа 1 |
|
Foundations of Physics of a real gas and liquid |
ТТТел (1) |
|
Physics |
Лаборатория-Физика |
|
Physics of combustion processes |
Приложение к семинарским занятиям |
|
Plasma Technology in Thermal Power Engineering |
ЖЭПТ Зертханалық жұмыстар |
|
Physics 1 |
Лаборатория-Физика |
|
Physics of Combustion and Explosion |
лекция |
|
Foundations of Physics of a real gas and liquid |
Терм_необр_каз -22фев |
|
Modeling of сombustion processes |
КУМОД-КМвТ 3 курс к.о |
|
Physics of Combustion and Explosion |
Зертхан екі |
|
Molecular Physics |
лекция физ.прак.молекулалык |
|
Molecular Physics |
лекция физ.прак.мол. |
|
Molecular physics |
лекция физ.прак.молекулалык |
|
Computer Modeling in Thermal Physics |
Зертханалық сабақ 4_ӘН |
|
Modeling of сombustion processes |
ФРС каз |
|
Physics of reacting systems |
ФРС каз |
|
Modeling of сombustion processes |
4 lab_SSM |
|
Physics of Combustion and Explosion |
ÐокÑÐ¼ÐµÐ½Ñ Microsoft Word |
|
Physics of Combustion and Explosion |
Зертхан екі |
|
Physics of reacting systems |
ФРС_каз_ТЭ_Оспанова |
|
Physics of combustion processes |
лек кыска |
|
Physics of combustion processes |
Зертхана үш |
|
Numerical methods in standardization |
Зертханалық сабақ 4 |
|
Statistical Methods of Quality Control of Products and Processes |
Дәрістер_Стат_мет |
|
General Theory of Measurements |
Лаб 5 |
|
Physics of combustion processes |
қысқаша лекциялар (1).pdf |
|
Physics of combustion processes |
қысқаша лекциялар (1).pdf |
|
Physics of combustion processes |
Зертхана бір |
|
Physics of combustion processes |
Зертхан екі |
|
Foundations of Physics of a real gas and liquid |
Нақты газдар мен сұйықтар физикасының негіздері пәні бойынша қорытынды емтихан |
|
Modeling of сombustion processes |
ФРС каз |
|
Physics |
Семинар_Физика |
|
Theoretical fundamentals of Thermal engineering |
теорет основы теплотех сем (1) (1) |
|
Statistical Methods of Quality Control of Products and Processes |
ЛАБ САБ нұсқау |
|
Thermal power plants and thermal power networks |
Лабораторные работы_данные_ |
|
Physics of combustion processes |
TGIV primery i zadaachi(1) |
|
Physics of combustion processes |
4 lab_SSM |
|
Plasma Technology in Thermal Power Engineering |
Мидтерм сұрақтары. ЖЭПТ. |
|
Foundations of Physics of a real gas and liquid |
Терм_необр_каз - |
|
General Theory of Measurements |
Лабораторная работа 2 |
|
General Theory of Measurements |
Лабораторная работа 1 |
|
Computer Modeling in Thermal Physics |
Зертхан екі |
|
Modeling of combustion of Liquid atomized fuel |
Зертхана үш |
|
Molecular Physics |
лекция физ.прак.мол. |
|
Modeling of combustion of Liquid atomized fuel |
Зертхан екі |
|
Modeling of combustion of Liquid atomized fuel |
Зертхана бір |
|
General Theory of Measurements |
лаб 8 |
|
General Theory of Measurements |
Лаб 6 |
|
General Theory of Measurements |
Лаб 9 |
|
General Theory of Measurements |
Лаб 2 |
|
General Theory of Measurements |
Лаб 5 |
|
General Theory of Measurements |
Лаб 5 |
|
General Theory of Measurements |
Лаб 5 |
|
General Theory of Measurements |
Лаб 5 |
|
Computer Modeling in Thermal Physics |
Зертхана бір |
|
General Theory of Measurements |
Лаб 1 |
|
General Theory of Measurements |
Лаб 5 |
|
General Theory of Measurements |
Лаб 5 |
|
Educational |
Лабораторные работы |
|
Numerical study of thermophysics problems |
Лабораторные работы |
|
Physics of Combustion and Explosion |
Документ Microsoft Word |
|
Molecular physics |
лекция физ.прак.мол. |
|
Workshop-Molecular Physics |
Методические рекомендации к лабораторным занятиям |
|
Molecular physics |
лекция физ.прак.мол. |
|
Physics Workshop on Molecular Physics |
Лабораторные работы |
|
Technical Thermodynamics |
Термодинамические циклы |
|
Technical Thermodynamics |
Термодинамические циклы-1 |
|
Technical Thermodynamics |
Термодинамические циклы |
|
Physics Workshop on Molecular Physics |
СРС тапсырмалары мол.физ. |
|
Molecular physics |
СРС тапсырмалары мол.физ. |
|
Workshop-Molecular Physics |
СРС тапсырмалары мол.физ. |
|
Physics |
СРС тапсырмалары мол.физ. |
|
Numerical study of thermophysics problems |
СРС тапсырмалары мол.физ. |
|
Educational |
СРС тапсырмалары мол.физ. |
|
General Theory of Measurements |
ӨЖТ лаб |
|
Modeling of combustion of Liquid atomized fuel |
TGIV |
|
General Theory of Measurements |
ӨЖТ лаб |
|
Physics |
СРС Физика |
|
General Theory of Measurements |
ОЖТ ПӘНІ БОЙЫНША ЛАБ САБ нұсқау |
|
Foundations of Physics of a real gas and liquid |
СРС_ОРГиЖ, ТФ 2021 |
|
Physics of combustion processes |
задачи по ФГВ |
|
Plasma Technology in Thermal Power Engineering |
СРСП__ЖЭПТ_2021-22_каз |
|
Modeling of сombustion processes |
СРС жұмыстарына нұсқаулық |
|
Physics |
СРС Физика |
|
Thermal power plants and thermal power networks |
СРС-СРСП |
|
Statistical Methods of Quality Control of Products and Processes |
СӨЖ_Стат-мет |
|
Foundations of Physics of a real gas and liquid |
ФрГиЖ_СРС-СРСП |
|
Molecular Physics |
СРС тапсырмалары мол.физ. |
|
Molecular Physics |
СРС тапсырмалары мол.физ. |
|
Theoretical fundamentals of Thermal engineering |
теорет основы теплотех СРС (1) |
|
Numerical methods in standardization |
СӨЖ ӘН |
|
Physics 1 |
Программа СРС Физика-РЭТ (1) |
|
Physics of combustion processes |
задачи по ФГВ |
|
Foundations of Physics of a real gas and liquid |
срс |
|
Physics of combustion processes |
СРСП_ЖЖФ |
|
Modeling of сombustion processes |
СРС |
|
Physics of reacting systems |
СРС |
|
Molecular physics |
СРС тапсырмалары мол.физ. (1) |
СРС тапсырмалары мол.физ |
Molecular Physics |
СРС тапсырмалары мол.физ. (1) |
|
Molecular Physics |
СРС тапсырмалары мол.физ. (1) |
|
Modeling of сombustion processes |
Методические указания к СРС |
|
Foundations of Physics of a real gas and liquid |
СРС_ОРГиЖ, ТФ 2020 |
|
Physics of Combustion and Explosion |
задачи по ФГВ |
|
Physics 1 |
СРС Физика |
|
Plasma Technology in Thermal Power Engineering |
СРСП-ЖЭТП |
|
Physics of combustion processes |
СРСП_ЖЖФ - әдістемелік нұсқаулар |
|
Foundations of Physics of a real gas and liquid |
ФрГиЖ_СРС-СРСП |
|
Metrological bases of physical measurements |
СРС |
|
Physics of reacting systems |
СРСП_ФРС |
|
Computer Modeling in Thermal Physics |
СРС жұмыстарына нұсқаулық |
|
Computer Modeling in Thermal Physics |
СРС жұмыстарына нұсқаулық |
|
Physics |
СРС Физика |
|
Molecular physics |
СРС тапсырмалары мол.физ. (1) |
|
General Theory of Measurements |
Өлшеудің жалпы теориясы СРС |
|
General Theory of Measurements |
Өлшеудің жалпы теориясы СРС |
|
General Theory of Measurements |
Өлшеудің жалпы теориясы СРС |
|
Molecular Physics |
СРС тапсырмалары мол.физ. |
|
Molecular Physics |
СРС тапсырмалары мол.физ. |
|
Molecular physics |
Мол.физ., midtermэкз.,сурактары2017-2018 |
|
General Theory of Measurements |
ОЖТ ПӘНІ БОЙЫНША СОӨЖ нұсқау(1) |
|
Plasma Technology in Thermal Power Engineering |
СРСП__ЖЭПТ_2022-23_каз |
|
Physics of combustion processes |
СРСП_ЖЖФ - әдістемелік нұсқаулар |
|
Modeling of combustion of Liquid atomized fuel |
Методическое руководство для СРС МГЖРТ |
|
General Theory of Measurements |
ОЖТ бойынша сож |
|
Workshop-Mechanics |
СРС-Физика |
|
Physics of Combustion and Explosion |
задачи по ФГВ |
|
Numerical methods in technical physics |
СРС жұмыстарына нұсқаулық |
|
Computer Modeling in Thermal Physics |
TGIV |
|
Physics of reacting systems |
ФРС_каз_ТЭ_Оспанова |
|
Plasma Technology in Thermal Power Engineering |
СРСП__ЖЭПТ_2019-20_каз |
|
Computer Modeling in Thermal Physics |
СӨЖ ӘН |
|
Special Issues Combustion |
СРС_метод указания |
|
Plasma Technology in Thermal Power Engineering |
СРСП__ЖЭПТ_2018-19_каз |
|
Numerical solution of applied problems in standardization and certification |
СРС_метод указания_ЧМ в ТФ |
|
Plasma Technology in Thermal Power Engineering |
Карта_ЖЭПТ_2018-2019_каз |
|
Numerical solution of applied problems in standardization and certification |
Лекция 1-15 |
|
Plasma Technology in Thermal Power Engineering |
Карта_ЖЭПТ_2019-2020_каз |
|
Physics of combustion processes |
лек кыска |
|
Special Issues Combustion |
Лекция 1 |
|
Numerical methods in technical physics |
Кр конспект лекций |
|
Plasma Technology in Thermal Power Engineering |
СРСП-ЖЭТП |
|
Statistical Methods of Quality Control of Products and Processes |
ПРАКТИКАЛЫҚ САБАҚТАР_Стат_мет |
|
Modeling of сombustion processes |
книга по сжиганию топлив |
|
Technical Thermodynamics |
Емтихан_сурактары_техн_термод_doc |
|
Physics Workshop of Mechanics |
Механика_лекциялар_13 |
|
Molecular physics |
СРС тапсырмалары мол.физ. |
|
Workshop-Molecular Physics |
лекция физ.прак.мол. |
|
Numerical study of thermophysics problems |
лекция физ.прак.мол. |
|
Educational |
лекция физ.прак.мол. |
|
Physics Workshop on Molecular Physics |
лекция физ.прак.мол. |
|
Physics of Combustion and Explosion |
Зертхана бір |
|
Physics of combustion processes |
2 lab_SSM |
|
General Theory of Measurements |
Өлшеудің жалпы теориясы СРС |
|
Physics-1 |
Механика_18-19 |
|
Physics of combustion processes |
Зертхана бір |
|
Plasma Technology in Thermal Power Engineering |
ЖЭПТ Зертханалық жұмыстар (1) |
|
Foundations of Physics of a real gas and liquid |
Zukhra15_35 |
|
Physics |
Молеклалық физикадан практикум бойынша емтихан сұрақтары |
|
Physics |
Экз вопр по МЕХ |
|
Plasma Technology in Thermal Power Engineering |
ЖЭТП |
|
Theoretical fundamentals of Thermal engineering |
«Жылутехника»каз лекциялар |
|
Foundations of Physics of a real gas and liquid |
Терм_необр_каз -22фев |
|
Thermal power plants and thermal power networks |
задачи к семинару |
|
Foundations of Physics of a real gas and liquid |
Физика реальных газов и жидкостей (2) |
|
Statistical Methods of Quality Control of Products and Processes |
ПРАКТИКАЛЫҚ САБАҚТАР_Стат_мет |
|
Modeling of сombustion processes |
Кр конспект лекций |
|
Numerical methods in standardization |
Зертханалық сабақ 3.1 |
|
Physics of Combustion and Explosion |
3 lab_SSM |
|
Physics of Combustion and Explosion |
Силлабус-ЖЖФ-2020-2021 |
|
Physics of Combustion and Explosion |
Силлабус-ЖЖФ-2020-2021 |
|
Physics of Combustion and Explosion |
Силлабус-ЖЖФ-2020-2021 |
|
Physics of Combustion and Explosion |
Силлабус-ЖЖФ-2020-2021 |
|
Computer Modeling in Thermal Physics |
Семинар жұмыстарына нұсқаулық |
|
Plasma Technology in Thermal Power Engineering |
ЖЭПТ Зертханалық жұмыстар |
|
Physics of Combustion and Explosion |
TGIV primery i zadaachi(1) |
|
Modeling of сombustion processes |
Карта_УМОД |
|
Physics of reacting systems |
Методические указания |
|
Molecular physics |
Мол.физ., midtermэкз.,сурактары |
|
Molecular Physics |
лекция физ.прак.мол. |
|
Molecular Physics |
лекция физ.прак.мол. |
|
Computer Modeling in Thermal Physics |
Зертханалық сабақ 3.1 |
|
Numerical methods in technical physics |
Лекция №1-2 |
|
Physics 1 |
Лаборатория-Физика |
|
Physics |
Лаборатория-Физика |
|
Physics of Combustion and Explosion |
2 lab_SSM |
|
Modeling of сombustion processes |
Кр конспект лекций |
|
Physics 1 |
Лаборатория-Физика |
|
Physics of Combustion and Explosion |
лек кыска |
|
Plasma Technology in Thermal Power Engineering |
ЖЭПТ Зертханалық жұмыстар (1) |
|
Physics of combustion processes |
лабораторная работа №3 |
|
Foundations of Physics of a real gas and liquid |
Семинар_ОРГиЖ, ТФ 2021 |
|
Metrological bases of physical measurements |
ЛАБ САБ нұсқау |
|
Metrological bases of physical measurements |
Лабораторная работа 2 |
|
Physics of reacting systems |
Методические указания(1) |
|
Numerical methods in engineering physics |
КУМОД-ЧМТФ |
|
Special Issues Combustion |
СПЕЦИАЛЬНЫЕ ВОПРОСЫ СЖИГАНИЯ ТОПЛИВА |
|
Numerical Methods in Thermal Power Engineering |
УМКД_ЧМТЭ |
|
Physics |
Экз вопр по МЕХ |
|
Molecular physics |
Мол.физ., midtermэкз.,сурактары |
|
Molecular Physics |
Мол.физ., midtermэкз.,сурактары |
|
General Theory of Measurements |
ӨЖТ лаб |
|
Molecular Physics |
Мол.физ., midtermэкз.,сурактары |
|
General Theory of Measurements |
ӨЖТ лаб |
|
Molecular physics |
СРС тапсырмалары мол.физ. |
|
Physics of combustion processes |
работа №1 |
|
Physics of combustion processes |
работа №2 |
|
Physics of combustion processes |
работа |
|
General Theory of Measurements |
Өлшеудің теориясы СЕМ |
|
General Theory of Measurements |
Өлшеудің теориясы бақ. құр |
|
Physics of turbulent flows |
Турбулекттік ағыстар физикасы |
|
Computer Modeling in Thermal Physics |
Лекция №1-2 |
|
Physics of combustion processes |
Metod. ukazaniya k sem i lab |
|
Foundations of Physics of a real gas and liquid |
Лекция Св-ва РГиЖ, 2020 (1) |
|
Workshop-Mechanics |
Механика_18-19 |
|
Physics of combustion processes |
Лаб3 |
|
Modeling of combustion of Liquid atomized fuel |
Лаб1 |
|
Computer Modeling in Thermal Physics |
Зертхана үш Моделдеу |
|
Physics of Combustion and Explosion |
4 lab_SSM |
|
General Theory of Measurements |
Олшеу |
|
Modeling of combustion of Liquid atomized fuel |
лаб 2 |
|
Modeling of combustion of Liquid atomized fuel |
Лаб3 |
|
Computer Modeling in Thermal Physics |
1 lab Моделдеу |
|
Computer Modeling in Thermal Physics |
2 lab Моделдеу |
|
Physics of combustion processes |
Лаб1 |
|
Physics of combustion processes |
лаб 2 |
|
Physics of reacting systems |
Методические указания(1)(1) |
|
Physics of Combustion and Explosion |
1 lab_SSM |
|
Physics of Combustion and Explosion |
1 lab_SSM |
|
Foundations of Physics of a real gas and liquid |
1528949516069 |
|
Molecular Physics |
Мол.физ., midtermэкз.,сурактары |
|
Physics of combustion processes |
задачи по ФГВ |
|
Physics of Combustion and Explosion |
1 lab_SSM |
|
Physics of Combustion and Explosion |
2 lab_SSM |
|
Physics of Combustion and Explosion |
4 lab_SSM |
|
Plasma Technology in Thermal Power Engineering |
Зертханалық жұмыстар_ЖЭПТ_2019-2020_каз |
|
Plasma Technology in Thermal Power Engineering |
Зертханалық жұмыстар_ЖЭПТ_2018-2019_каз |
|
Modeling of сombustion processes |
Карта_УМОД_ФРС |
|
Numerical solution of applied problems in standardization and certification |
Семинары 1-15 |
|
Special Issues Combustion |
Лекция 4 |
|
Modeling of сombustion processes |
Силлабус новый |
|
Physics |
Силлабус Физика_ |
|
Plasma Technology in Thermal Power Engineering |
Силлабус_ЖЭПТ_2018-2019_каз |
|
Plasma Technology in Thermal Power Engineering |
Силлабус_ЖЭПТ_2019-2020_каз |
|
Physics of reacting systems |
Силлабус_ФРС_каз |
|
Numerical solution of applied problems in standardization and certification |
Силлабус-ЧМ в ТФ |
|
Special Issues Combustion |
Силлабус- |
|
Physics of Combustion and Explosion |
Силлабус_ФГ_каз |
|
Automation at thermal power plants |
Силлабус 2022 |
|
Numerical methods in technical physics |
Силлабус-компьютерное моделирование |
|
Automation at thermal power plants |
АИиИС-Силлабус-каз-2022 |
|
Foundations of Physics of a real gas and liquid |
ОФРГиЖ_Силлабус__20-21 каз |
|
Physics of combustion processes |
Силлабус-ЖЖФ |
|
Modeling of combustion of Liquid atomized fuel |
Отындар |
|
Physics of Combustion and Explosion |
бланк почас. оплата для ППС (повтор.изуч. дисц. летн.сем ГАК ГЭ) |
|
Physics 1 |
Силлабус Физика_РЭТ (1) |
|
General Theory of Measurements |
УМКД.Олшеу |
|
Physics of combustion processes |
Силлабус ФГ |
|
Computer Modeling in Thermal Physics |
Силлабус |
|
Workshop-Mechanics |
механика. силабус |
|
Physics of combustion processes |
Силлабус-ЖЖФ |
|
Plasma Technology in Thermal Power Engineering |
Силлабу ЖЭПТ |
|
Physics of turbulent flows |
Физ_турб_теч_Силлабус (8) |
|
Numerical Methods in Thermal Power Engineering |
КУМОД-ЧМТФ |
|
General Theory of Measurements |
УМКД Өлшеудің теориясы новый(1) |
|
Special Issues Combustion |
Силлабус_ФГ_каз |
|
Physics of combustion processes |
Силлабус_ФГ_каз |
|
Molecular physics |
УМКД мол физ 2021-2022 |
|
Molecular Physics |
УМКД мол физ 2021-2022 |
|
Molecular Physics |
УМКД мол физ 2021-2022 |
|
General Theory of Measurements |
Онлайн силлабус өлшеудің жалпы теориясы |
|
Molecular Physics |
Силлаб. физ.пр.мол.физ. |
|
Molecular physics |
Силлабус-компьютерное моделирование |
|
Molecular physics |
Силлаб. физ.пр.мол.физ. |
|
Molecular Physics |
Силлаб. физ.пр.мол.физ. |
|
General Theory of Measurements |
Онлайн силлабус өлшеудің жалпы теориясы |
|
General Theory of Measurements |
Онлайн силлабус өлшеудің жалпы теориясы |
|
Physics |
Силлабус Физика_ |
|
Physics |
Силлабус Физика_ |
|
Computer Modeling in Thermal Physics |
Силлабус-компьютерное моделирование в теплофизике |
|
Physics |
Силлабус Физика_ |
|
Numerical Methods in Thermal Power Engineering |
УМКД_ЧМТЭ |
|
Computer Modeling in Thermal Physics |
Силлабус-компьютерное моделирование в теплофизике |
|
Special Issues Combustion |
УМКД_СВСТ |
|
Numerical methods in engineering physics |
КУМОД-ЧМТФ |
|
Physics of reacting systems |
Силлабус_ФРС_каз |
|
Physics of combustion processes |
Силлабус-ЖЖФ |
Силлабус-ЖЖФ |
Metrological bases of physical measurements |
Онлайн силлабус өлшеудің жалпы теориясы |
|
Metrological bases of physical measurements |
Онлайн силлабус |
|
Foundations of Physics of a real gas and liquid |
ОФРГиЖ_Силлабус_2021 каз |
|
Plasma Technology in Thermal Power Engineering |
Силлабу ЖЭПТ |
|
Physics |
Силлабус_физика_20-21 РЭТ_онлайн |
|
Physics of Combustion and Explosion |
Силлабус |
|
Physics of combustion processes |
Силлабус-ЖПФ |
|
Physics 1 |
Силлабус Физика_ |
|
Physics 1 |
Силлабус Физика_ |
|
Foundations of Physics of a real gas and liquid |
ФрГиЖ_силлабус_техн. физика |
|
Modeling of сombustion processes |
Силлабус-компьютерное моделирование в теплофизике |
|
Computer Modeling in Thermal Physics |
Силлабус_ЧМС |
|
Molecular Physics |
УМКД мол физ 2021-2022 |
|
Molecular Physics |
УМКД мол физ 2021-2022 |
|
Modeling of сombustion processes |
Силабус |
|
Physics of reacting systems |
Силлабус |
|
Molecular physics |
УМКД мол физ 2022 |
УМКД мол физ |
Physics of Combustion and Explosion |
ÐеÑÑÑ Ð°Ð½Ð° бÑÑ |
|
Plasma Technology in Thermal Power Engineering |
Силлабу ЖЭПТ |
|
Physics of combustion processes |
Силлабус-ЖЖФ-2020-2021 |
|
Physics of Combustion and Explosion |
Силлабус |
|
Physics of Combustion and Explosion |
Силлабус-ЖЖФ-2020-2021 |
|
Thermal power plants and thermal power networks |
Силлабус |
|
Numerical methods in standardization |
Силлабус_ЧМС |
|
Physics of combustion processes |
Силлабус-ЖЖФ-20.docx |
|
Statistical Methods of Quality Control of Products and Processes |
стат мет силлабус 2022-23 |
|
Theoretical fundamentals of Thermal engineering |
Силлабус новый) (4) |
|
Special Issues Combustion |
Специальные+вопросы+сжигания+топлива |
|
Molecular Physics |
Силлаб. физ.пр.мол.физ. |
|
Statistical Methods of Quality Control of Products and Processes |
Силлабус_2023 |
|
Thermal power plants and thermal power networks |
Силлабус |
|
Physics-1 |
Силлабус Механика. Лоб. |
|
Physics of combustion processes |
Силлабус |
|
Modeling of сombustion processes |
Силлабус-компьютерное моделирование в теплофизике |
|
Plasma Technology in Thermal Power Engineering |
Силлабу ЖЭПТ |
|
Foundations of Physics of a real gas and liquid |
ФрГиЖ_силлабус_техн. физика |
|
Physics of combustion processes |
Силлабус-ЖПФ |
|
Physics |
Силлабус_физика_21-22 -ЭЭ_онлайн |
|
General Theory of Measurements |
Онлайн силлабус өлшеудің жалпы теориясы |
|
General Theory of Measurements |
Онлайн силлабус өлшеудің жалпы теориясы |
|
Foundations of Physics of a real gas and liquid |
ОФРГиЖ_Силлабус_2021 каз |
|
General Theory of Measurements |
УМКД Өлшеудің теориясы |
|
Modeling of combustion of Liquid atomized fuel |
УМКД_МГЖРТ |
|
Computer Modeling in Thermal Physics |
Силлабус КМНИказ2020 (4) |
|
Physics Workshop on Molecular Physics |
Силлабус Мол№физ. Лоб. |
|
Educational |
Силлабус Мол№физ. Лоб. |
|
Numerical study of thermophysics problems |
Силлабус Мол№физ. Лоб. |
|
Modeling of combustion of Liquid atomized fuel |
КУМОД-МГЖРТ |
|
Physics 1 |
лекциялар_Физика |
|
Physics of combustion processes |
қысқаша лекциялар |
|
Plasma Technology in Thermal Power Engineering |
СРСП__ЖЭПТ_2022-23_каз |
|
Computer Modeling in Thermal Physics |
Кр конспект лекций |
|
General Theory of Measurements |
Өлшеудің жалпы теориясы |
|
Molecular Physics |
УМКД мол физ 2021-2022 |
|
Molecular Physics |
УМКД мол физ 2021-2022 |
|
General Theory of Measurements |
ӨЖТ лаб |
|
Computer Modeling in Thermal Physics |
КУМОД-КМвТ 3 курс к.о |
|
Physics |
лекциялар_Физика |
|
Physics |
лекциялар_Физика |
|
Molecular physics |
лекция физ.прак.мол. |
|
Physics |
лекциялар_Физика |
|
Metrological bases of physical measurements |
ЛАБ САБ нұсқау |
|
Foundations of Physics of a real gas and liquid |
ОХЛ. ПЛАСТ. (13) |
|
Foundations of Physics of a real gas and liquid |
Основы ФРГ и Ж ТФ 4 к глосс, кратк. консп. лекц. 2020-21 |
|
Physics of combustion processes |
қысқаша лекциялар |
|
Physics of Combustion and Explosion |
лекция |
|
Plasma Technology in Thermal Power Engineering |
ЖЭПТ Зертханалық жұмыстар (1) |
|
Physics 1 |
лекциялар_Физика |
|
Foundations of Physics of a real gas and liquid |
Основы ФРГ и Ж ТФ 4 к глосс, кратк. консп. лекц. 2020-21 |
|
Modeling of сombustion processes |
Лекция №1-2 |
|
General Theory of Measurements |
Өлшеудің теориясы |
|
Molecular physics |
лекция физ.прак.молекулалык |
лекция физ.прак.молекулалык |
Plasma Technology in Thermal Power Engineering |
Карта-ЖЭПТ |
|
Computer Modeling in Thermal Physics |
КУМОД_ЧМС |
|
Physics of combustion processes |
қысқаша лекциялар |
|
Foundations of Physics of a real gas and liquid |
Основы ФРГ и Ж ТФ 4 к глосс, кратк. консп. лекц. 2020-21 |
|
Molecular Physics |
лекция физ.прак.молекулалык |
|
Physics of combustion processes |
қысқаша лекциялар (1).pdf |
|
Numerical methods in standardization |
Зертханалық сабақ 3.1 |
|
Plasma Technology in Thermal Power Engineering |
Зертханалық жұмыстар_ЖЭПТ_2021-2022_каз |
|
Theoretical fundamentals of Thermal engineering |
«Жылутехника»каз лекциялар |
|
Molecular Physics |
лекция физ.прак.молекулалык |
|
Thermal power plants and thermal power networks |
кратк. консп. лекц. |
|
Modeling of сombustion processes |
Кр конспект лекций |
|
Physics |
лекциялар_Физика |
|
Physics of combustion processes |
лек кыска |
|
General Theory of Measurements |
Өлшеудің жалпы теориясы СРС |
|
Foundations of Physics of a real gas and liquid |
Основы ФРГ и Ж ТФ 4 к глосс, кратк. консп. лекц. 2020-21 |
|
Molecular Physics |
лекция физ.прак.мол. |
|
Workshop-Molecular Physics |
Карта учебно-методической обеспеченности физ.прак. |
|
- |
механика+молфиз УМК |
|
- |
механика+молфиз УМК |
|
Molecular physics |
Мол.физ., midtermэкз.,сурактары2017-2018 |
|
Physics Workshop on Molecular Physics |
Мол.физ., midtermэкз.,сурактары2017-2018 |
|
Workshop-Molecular Physics |
Мол.физ., midtermэкз.,сурактары2017-2018 |
|
Numerical study of thermophysics problems |
Мол.физ., midtermэкз.,сурактары2017-2018 |
|
Educational |
Мол.физ., midtermэкз.,сурактары2017-2018 |
|
Physics |
Экз вопр по МЕХ |
|
Physics |
Молеклалық физикадан практикум бойынша емтихан сұрақтары |
|
Workshop-Mechanics |
Экз вопр по МЕХ |
|
Physics of reacting systems |
СРСП_ФРС |
|
Foundations of Physics of a real gas and liquid |
РЕОМЕТР (8) |
|
Physics of combustion processes |
КУМОД-ФГиВ |
|
Physics of reacting systems |
Карта_УМОД_ФРС |
|
Numerical methods in engineering physics |
Карта_УМОД_ФРС |
|
Plasma Technology in Thermal Power Engineering |
Карта-ЖЭПТ |
|
Foundations of Physics of a real gas and liquid |
Карта уч.-мет.обесп.с-к Основы ФРГиЖ ТФ 4 к 2020-21 |
|
Metrological bases of physical measurements |
Карта уч-ме |
|
Modeling of сombustion processes |
Методические указания-лабы |
|
Foundations of Physics of a real gas and liquid |
Карта уч.-мет.обесп.с-к Основы ФРГиЖ |
|
Physics 1 |
КУМОД_Физика |
|
Foundations of Physics of a real gas and liquid |
Карта уч.-мет.обесп.с-к Основы ФРГиЖ |
|
Physics of Combustion and Explosion |
Әдістемелік нұсқаулар |
|
Computer Modeling in Thermal Physics |
КУМОД_ЧМС |
|
Physics |
КУМОД_Физика |
|
Molecular Physics |
Силлаб. физ.пр.мол.физ. |
|
Molecular Physics |
Карта учебно-методической обеспеченности физ.прак. |
|
Molecular physics |
Карта учебно-методической обеспеченности физ.прак. |
|
General Theory of Measurements |
Карта уч-мет обесп дисц_об теор измер |
|
General Theory of Measurements |
Карта уч-мет обесп дисц_об теор измер |
|
General Theory of Measurements |
Карта уч-мет обесп дисц_об теор измер |
|
Computer Modeling in Thermal Physics |
КУМОД-КМвТ |
|
Molecular Physics |
Карта учебно-методической обеспеченности физ.прак. |
|
Physics of combustion processes |
ЖЖФ пәніне әдістемелік нұсқаулар |
|
Physics of Combustion and Explosion |
КУМОД-ФГиВ_каз |
|
Molecular Physics |
Карта учебно-методической обеспеченности физ.прак. |
|
Molecular physics |
Карта учебно-методической обеспеченности физ.прак. |
|
Molecular Physics |
карта_УМОД-мол физ (1) (1) |
|
General Theory of Measurements |
Карта_уч-мет_обесп_дисц_об_теор_измер(1) |
|
Plasma Technology in Thermal Power Engineering |
Карта-ЖЭПТ |
|
Numerical methods in standardization |
КУМОД_ЧМС |
|
Physics of combustion processes |
КУМОД-ФГиВ.pdf |
|
Thermal power plants and thermal power networks |
Карта уч.-мет. |
|
Theoretical fundamentals of Thermal engineering |
Карта обесп.жылуэнер.теор. (1) (1) |
|
Physics |
КУМОД_Физика |
|
Molecular physics |
карта_УМОД-мол физ (1) (1) |
|
Physics of turbulent flows |
Карта_уч-мет_обесп_дисц_Теор.турбул. |
|
Physics of combustion processes |
Әдістемелік нұсқаулар (1) |
|
Foundations of Physics of a real gas and liquid |
Карта уч.-мет.обесп.с-к Основы ФРГиЖ ТФ 4 к 2020-21 |
|
Molecular Physics |
карта_УМОД-мол физ (1) (1) |
|
Thermal power plants and thermal power networks |
Карта уч.-мет. |
|
Physics of reacting systems |
Карта_УМОД_ФРС |
|
Computer Modeling in Thermal Physics |
КУМОД-КМвТ |
|
Physics of reacting systems |
Карта_УМОД |
|
Molecular physics |
Карта учебно-методической обеспеченности физ.прак. |
Карта учебно-методической обеспеченности физ.прак |
Modeling of сombustion processes |
Карта_УМОД |
|
Educational |
Карта учебно-методической обеспеченности физ.прак. |
|
Workshop-Molecular Physics |
Карта учебно-методической обеспеченности физ.прак. |
|
Numerical study of thermophysics problems |
Карта учебно-методической обеспеченности физ.прак. |
|
Physics Workshop on Molecular Physics |
Карта учебно-методической обеспеченности физ.прак. |
|
Molecular physics |
Карта учебно-методической обеспеченности физ.прак. |
|
Physics of combustion processes |
Әдістемелік нұсқаулар |
|
Physics-1 |
КАРТА_УМОД_Механика |
|
Foundations of Physics of a real gas and liquid |
Карта уч.-мет.обесп.с-к Основы ФРГиЖ (1) |
|
General Theory of Measurements |
Карта уч-мет обесп дисц_об теор измер |
|
Physics of combustion processes |
Әдістемелік нұсқаулар (1) |
|
Plasma Technology in Thermal Power Engineering |
Карта-ЖЭПТ |
|
Statistical Methods of Quality Control of Products and Processes |
Карта УМОД_Стат_мет |
|
Physics 1 |
КУМОД_Физика |
|
Modeling of combustion of Liquid atomized fuel |
КУМОД-МГЖРТ |
|
Computer Modeling in Thermal Physics |
Моделдеу |
|
Workshop-Mechanics |
КАРТА_УМОД_Механика |
|
Physics of Combustion and Explosion |
Әдістемелік нұсқаулар |
|
Computer Modeling in Thermal Physics |
КУМОД-КМвТ |
|
Numerical methods in technical physics |
КУМОД-КМвТ |
|
Modeling of сombustion processes |
Карта_УМОД_ |
|
Molecular Physics |
Карта учебно-методической обеспеченности физ.прак. |
|
Special Issues Combustion |
КУМОД- |
|
Numerical solution of applied problems in standardization and certification |
КУМОД-ЧМ в ТФ |
|
Special Issues Combustion |
Программа итог.экз.- |
|
Numerical solution of applied problems in standardization and certification |
Программа итог.экз.-ЧМ в ТФ |
|
Automation at thermal power plants |
1_zerthanaly-_zh-my-s_LabVIEW |
|
Physics 1 |
Программа итог.экзамена Физика-РЭТ (1) |
|
Physics of combustion processes |
вопросы |
|
Plasma Technology in Thermal Power Engineering |
Мидтерм сұрақтары. ЖЭПТ. |
|
Modeling of сombustion processes |
Методические указания к СРС |
|
Physics of combustion processes |
вопросы |
|
Foundations of Physics of a real gas and liquid |
Емтихан сурактары |
|
Foundations of Physics of a real gas and liquid |
Вопр. к экз. по ОФРГиЖ, 2021 |
|
General Theory of Measurements |
Өлшеудің теориясы Емтихан |
|
Mechanics |
Экз вопр по МЕХ |
|
Physics Workshop of Mechanics |
Экз вопр по МЕХ |
|
Molecular physics |
Мол.физ., экз.,сурактары2017-2018 |
|
Physics Workshop on Molecular Physics |
Мол.физ., экз.,сурактары2017-2018 |
|
Educational |
Мол.физ., экз.,сурактары2017-2018 |
|
Numerical study of thermophysics problems |
Мол.физ., экз.,сурактары2017-2018 |
|
Workshop-Molecular Physics |
Мол.физ., экз.,сурактары2017-2018 |
|
Thermal power plants and thermal power networks |
емтихан |
|
Physics |
Программа итог.экзамена Физика |
|
Molecular Physics |
Мол.физ., экз.,сурактары |
|
Physics of combustion processes |
вопросы |
|
Physics |
Программа итог.экзамена Физика-РЭТ (1) |
|
Modeling of сombustion processes |
Задание №1 |
|
Modeling of сombustion processes |
семинар |
|
Theoretical fundamentals of Thermal engineering |
Программа экзам (1) |
|
Molecular Physics |
Мол.физ., экз.,сурактары |
|
Statistical Methods of Quality Control of Products and Processes |
емтихан |
|
Thermal power plants and thermal power networks |
емтихан |
|
Foundations of Physics of a real gas and liquid |
Нақты газдар мен сұйықтар физикасының негіздері пәні бойынша қорытынды емтихан |
|
Statistical Methods of Quality Control of Products and Processes |
Прогр_итог_экзам_Стат-мет |
|
Numerical methods in standardization |
Қорытынды емтихан бағдарламасы_ЧМC |
|
Physics |
Программа итог.экзамена Физика-РЭТ (1) |
|
Computer Modeling in Thermal Physics |
Программа итог. экз. КМТПФ (1) |
|
Molecular Physics |
«Молекулалық физика» пәні бойынша қорытынды емтиханның бағдарламасы (1) |
|
Molecular physics |
«Молекулалық физика» пәні бойынша қорытынды емтиханның бағдарламасы (1) |
|
Physics of Combustion and Explosion |
Midterm_ЖЖФ |
|
Modeling of combustion of Liquid atomized fuel |
Программа итогового экзамена |
|
Physics of combustion processes |
программа итогового экзамена |
|
Plasma Technology in Thermal Power Engineering |
Мидтерм сұрақтары. ЖЭПТ. |
|
Molecular Physics |
Мол.физ., экз.,сурактары |
|
Molecular Physics |
«Молекулалық физика» пәні бойынша қорытынды емтиханның бағдарламасы (1) |
|
General Theory of Measurements |
Өлшеудің теориясы Емтихан |
|
Molecular Physics |
Мол.физ., экз.,сурактары |
|
Molecular physics |
Мол.физ., экз.,сурактары |
|
General Theory of Measurements |
Өлшеудің теориясы Емтихан |
|
General Theory of Measurements |
Өлшеудің теориясы Емтихан |
|
Physics |
Программа итог.экзамена Физика |
|
Molecular Physics |
«Молекулалық физика» пәні бойынша қорытынды емтиханның бағдарламасы (1) |
|
Computer Modeling in Thermal Physics |
Программа итог. экз. КМТПФ (1) |
|
Molecular physics |
«Молекулалық физика» пәні бойынша қорытынды емтиханның бағдарламасы (1) |
«Молекулалық физика» пәні бойынша қорытынды емтиханның бағдарламасы |
Molecular Physics |
«Молекулалық физика» пәні бойынша қорытынды емтиханның бағдарламасы (1) |
|
Computer Modeling in Thermal Physics |
Қорытынды емтихан бағдарламасы_ЧМC |
|
Physics of Combustion and Explosion |
вопросы |
|
Physics 1 |
Программа итог.экзамена Физика-РЭТ (1) |
|
Modeling of сombustion processes |
Программа итог. экз. КМТПФ (1) |
|
Modeling of сombustion processes |
Семинар жұмыстарына нұсқаулық |
|
Metrological bases of physical measurements |
Емтихан |
|
Foundations of Physics of a real gas and liquid |
Вопр. к экз. по ОФРГиЖ, 2020 |
|
Foundations of Physics of a real gas and liquid |
Нақты газдар мен сұйықтар физикасының негіздері пәні бойынша қорытынды емтихан |
|
Physics of combustion processes |
Силлабус-ЖЖФ |
|
Plasma Technology in Thermal Power Engineering |
Мидтерм сұрақтары. ЖЭПТ. |
|
Numerical methods in technical physics |
Программа итог. экз. КМТПФ (1) |
|
Mechanics |
Карта уч-мет обесп дисц_Механика |
|
Physics of Combustion and Explosion |
Силлабус_ФГиВ_каз |
|
Physics of Combustion and Explosion |
лекция |
|
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