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Al-FARABI KAZAKH NATIONAL Al-FARABI KAZAKH NATIONAL UNIVERSITYUNIVERSITY
Department of Department of thermal physics, thermal physics,
standartization and standartization and metrologymetrology
Doctor of physic and mathematicDoctor of physic and mathematic sciences sciences, prof. , prof. Askarova A.S. Askarova A.S.
HeadHead of thermophysics, standar of thermophysics, standarttization and ization and metrology departmentmetrology department
2011-Almaty2011-Almaty
Physics facultyPhysics faculty
Исатаев Совет Исатаевич Жаврин Юрий Иванович Дробышев Андрей Степанович Лаврищев Олег Александрович Кашкаров Владимир Васильевич
Толеуов Газиз Айтқожаев Абдуает Заитович Шортанбаева Жанар КайыржановнаАлдияров Абдурахман УалиевичБолегенова Салтанат Алихановна
Асембаева Мансия КабыловнаМукамеденкызы ВенераПоярков Игорь ВикторовичМанатбаев Рустем КусаингазыевичИсатаев Мухтар Советович
Рыспаева Майя Жумабековна PhD doctor.
Волошина Ирина Эдуардовна PhD doctor.
Ермагамбетова Сауле Дилмановна Бекетаева Меруерт ТурганбеккызыБекмухамет Айдын
Максимов Валерий ЮрьевичDoctoral candidate PhD
Болегенова СымбатDoctoral candidate PhD
Scientific Scientific degreedegree
qualityquality symbolsymbol
Doctor, Professor 44
Associate Professor
99
PhD Doctor 44
Senior lecturer 77
Assistant 66
laboratorian 66
Total 3636
Scientific laboratoriesScientific laboratories
1.1. Laboratory of heat and mass transfer processes modellingLaboratory of heat and mass transfer processes modelling2.2. Laboratory of heat and mass transfer problems Laboratory of heat and mass transfer problems 3.3. Laboratory heat and mass transfer in non-uniform Laboratory heat and mass transfer in non-uniform
environments environments 4.4. Laboratory cryophysics and cryotechnology Laboratory cryophysics and cryotechnology
Department’s specialitiesDepartment’s specialities1.1. 050604-physicist, specialisation is "thermophysics" (050604-physicist, specialisation is "thermophysics" (bachelorbachelor))2.2. 050732- Standartization , certification and metrology (050732- Standartization , certification and metrology (bachelorbachelor))3.3. 6N0604-physicist, specialisation is "thermophysics and 6N0604-physicist, specialisation is "thermophysics and
theoretical heat engineering" (theoretical heat engineering" (bachelorbachelor))4.4. 6M072300-technical physics (6M072300-technical physics (Master degreeMaster degree))5.5. 6M073200-Standartization , certification and metrology (6M073200-Standartization , certification and metrology (Master Master
degreedegree))6.6. 6D072300-technical physics (6D072300-technical physics (PhDPhD))7.7. 6D060400-physicist (6D060400-physicist (PhDPhD))
Department Department of thermal of thermal physics, physics,
standartizatistandartization and on and
metrologymetrology
Technical university of
Braunschweig (Germany)
prof. R. Leithner
University of
Pennsylvania
(prof. S.Lvov) USA
The Lyons Central
Institute, (prof.
Gorohovski М)
FrancePhysicotechnicPhysicotechnical institute of al institute of
low low temperatures, temperatures, (academician (academician
НАНУ НАНУ V.G.Manzhely)V.G.Manzhely)
UkraineUkraine
Technical university,
( prof. V.Bondibej)
Germany
Institute of Thermal
Engineering, Technical University
Vienna, ( prof. V.Linzer)Austria
Institute of Institute of technical technical
thermophysics thermophysics НАН of (prof. НАН of (prof.
E.J.Epik)E.J.Epik)UkraineUkraine
The The Ekaterinburg Ekaterinburg
technical technical university, university,
( prof. ( prof. V.D.Seleznev)V.D.Seleznev)
RussiaRussia The Bauman Moscow State
Technical University,
Bauman MSTURussion
Institute of Petrochemical Synthesis by
name A.V.Topchiev,
Russion
The The main production of energy in Kazakhstan in the year 2005 main production of energy in Kazakhstan in the year 2005 formed about 67, 5 million kWh. In recent years the consumption formed about 67, 5 million kWh. In recent years the consumption and production of power has been increasing in line with the and production of power has been increasing in line with the expansion of the economy. It is predicted that the 1990 level of expansion of the economy. It is predicted that the 1990 level of energy production (87.38 million kWh) will be reached in energy production (87.38 million kWh) will be reached in Kazakhstan by the year. In the structure of the fuel balance for Kazakhstan by the year. In the structure of the fuel balance for electricity stations coal constitutes 75%, gas 23% and black oil 2%electricity stations coal constitutes 75%, gas 23% and black oil 2%..
The predicted growth pattern of energy consumption is shown in the table below :
Years 2003 2004 2005 2010 2015
Energy consumpt
ion, millions
kWh/year
62,10 63,95 67,50 83,00 97,00
We are co-operation with:We are co-operation with:
The prof. R.Ljajtner, prof. A.Askarova, doctor H.Mjuller, Doctoral candidate E.Lavrishcheva, Germany
Cooperation in sphere of industrial laser technologies for oil and gas pipelines
laboratory Employees at performance of the contract from Open Society "Харрикейн-кумколь-мунай" on oil pipeline Zhusaly-
kumkol
Participants of the international project of fund INCO-COPERNICUS :prof. A.S.Askarova), prof.
F.Ch.Lokvud, Prof. F.Dzh. Kosten, prof. Messerle, etc.
(2003, London)
Our research projectsOur research projects on the thermal power on the thermal power stationstation
Carrying out of three-dimensional Carrying out of three-dimensional computing experiments on research computing experiments on research burning processes of a coal dust in burning processes of a coal dust in various top internal chambers and to various top internal chambers and to creation model of formation harmful creation model of formation harmful powder-gas emissions in the course of powder-gas emissions in the course of fuel firm burning on TPP in fuel firm burning on TPP in Kazakhstan.Kazakhstan.
Wind energyWind energy Kazakhstan provides 250 MW of wind power by 2015 and 2,000 MW in 2030. The expected level of wind penetration is very low: less than 1% in 2015 and about 4% of electricity in 2030.Green Power Central Asia, a joint venture between Kazakhstan’s Visor Group and the Turkish subsidiary of the Italian group Relight Group, seeks funding to build two wind farms with a capacity of 600 MW in the south of the country an estimated cost of 1,000 million dollars. Construction is planned for two years and be the first major wind farm in the country, which has only a few wind turbines unstaladas.
Aerodynamics is a subfield Aerodynamics is a subfield of fluid dynamics and gas of fluid dynamics and gas dynamics, with much theory dynamics, with much theory shared between them. shared between them. Aerodynamics is often used Aerodynamics is often used synonymously with gas synonymously with gas dynamics, with the difference dynamics, with the difference being that gas dynamics applies being that gas dynamics applies to all gasesto all gases
Cryo-chamber using for basic scintific Cryo-chamber using for basic scintific research workresearch work
Liquid Nitrogen Production equipment The internal structure of Liquid Nitrogen Production device
LIQUID NITROGEN is the neutral stuff which 80% of the air is made of, but cooled down to minus 196 degrees Celsius. This is interesting stuff! It's great fun!
superconductorsuperconductor
SuperconductivitySuperconductivity is an is an electrical resistance of exactly zero electrical resistance of exactly zero which occurs in certain materials which occurs in certain materials below a characteristic temperaturebelow a characteristic temperature
High-speed railHigh-speed rail
there have been many changes in the technology used in high speed trains. One of these is maglev (magnetic levitation), but most high speed trains use other technologies because they are easier to implement and they allow for more direct high speed connections to cities without the need for new tracks.
TOKAMAKTOKAMAK
A tokamak is a machine producing a toroidal magnetic field for confining a plasma. It is one of several types of magnetic confinement devices, and it is one of the most-researched candidates for producing controlled thermonuclear fusion power. See also Shiva laser for an alternative.
Spacecraft observations, Spacecraft observations, laboratory measurements and field laboratory measurements and field studies to understand the studies to understand the composition and distribution of composition and distribution of surface deposits on planetary surface deposits on planetary surfaces, and how they influence the surfaces, and how they influence the formation and subsequent evolution formation and subsequent evolution of various worlds in the solar system. of various worlds in the solar system.
Cryotechnology using in nanotechnologyCryotechnology using in nanotechnology
Cryo vacuuming chamberCryo vacuuming chamber Scanning electronic microscope
Nanoparticls
Cryotechnology using in Cryotechnology using in MedicineMedicine
Cryogenic Sauna Treatment
Brain Cancer Treatment
Skin Cancer Treatment
Cryotechnology using in Cryotechnology using in ReproductionReproduction
The wheels can not used
Our goal is to find new energy source !!!Our goal is to find new energy source !!!
Geothermal energyGeothermal energy is thermal is thermal energy generated and stored energy generated and stored in the Earth. Thermal energy is in the Earth. Thermal energy is energy that determines energy that determines the temperature of matter. the temperature of matter. Earth's geothermal energy Earth's geothermal energy originates from the original originates from the original formation of the planet, formation of the planet, from radiactive decay of from radiactive decay of minerals, from volcanic minerals, from volcanic activity, and from solar energy activity, and from solar energy absorbed at the surface. absorbed at the surface. The geothermal The geothermal gradient ,which is the gradient ,which is the difference in temperature difference in temperature between the core of the planet between the core of the planet and its surface, drives a and its surface, drives a continuous conduction of continuous conduction of thermal energy in the form thermal energy in the form of heat from the core to the of heat from the core to the surface. Geothermal power is surface. Geothermal power is cost effective, reliable, cost effective, reliable, sustainable, and sustainable, and environmentally friendlyenvironmentally friendly
Thank you for your attention
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