1. CHAIR OF CHEMICAL PHYSICS AND MATERIALS SCIENCE

2. TEACHING STAFF OF CHAIR IN 2014-2015 ACADEMIC YEAR At the Chair employs 33 people, of whom 90% have degrees doctor and candidate of science, PhDs. The Chair has: 3 professors 3 Acting professors 4 Associate Professor 7 Acting Associate Professor 14 senior teacher 2 teachers Among them: Doctor of science - 7; Candidate of science - 17; PhD doctor - 5.

3. Administration Tulepov Marat Iztileuovich Head of the chair Doszhanov Yerlan Ospanovich Deputy Head of the Chair for Science and Innovation and International Relations Kudaybergenov Kenes Kakimovich Deputy head of the Chair for educational-methodical and educational work

4. DIRECTIONS OF TRAINING Code of specialtySpecialtiesDurationQualification Bachelor degree 5В050600Chemistry4 yearsBachelor 5В072000Chemical technology of inorganic substances4Bachelor 5В072100Chemical technology of organic substances4Bachelor Master degree 6М074000Nanomaterials and Nanotechnology2Master 6М073400 Chemical technology of explosives and pyrotechnics 2Master 6М070800Oil gas business2Master 6M071000 Materials science and technology of new materials 2Master 6М071001Space Materials2Master Ph.D. Doctorate 6D074000Nanomaterials and Nanotechnology3PhD doctor 6D073400Chemical technology of explosives and pyrotechnics 3PhD doctor

5. Teaching and methodical manual

7. SCIENTIFIC RESEARCH ACTIVITIES The main areas of concern: -Study of the structureof gas flames; -Study of the problems of self-propagating high-temperature synthesis (SHS) for creating new and improvedtraditionally produced materials; - The synthesis of high-conductive ceramic material; -Research of regularities of the composite ceramics based on carbides, silicide, borides of transition metals under conditions of SHS; - Development of nanotechnology and obtaining carbon nanostructured multifunctional materials (sorbents for water purification from heavy and radioactive metals, etc.); -Study the extraction and processing of oil and gas using the principles of the combustion process; - Development of materials with desired physical and chemical properties on the new high-performance technologies; - Development of energy-intensive and environmentally friendly technologies; - Mathematical modeling of combustion processes; -Plasma chemistry.