- •Laboratory work №1 Theme lessons: Research of the properties of natural carbonate raw materials
- •I. Variant (simple)
- •II. Variant (medium difficulty)
- •III. Variant (complex)
- •Laboratory work №2 Theme lessons: Research of the properties of natural siliceous raw materials
- •I. Option (simple)
- •II. Option (medium difficulty)
- •III. Option (complex)
- •Laboratory work №3 Theme lessons: Research of the properties of natural aluminous raw materials
- •I. Option (simple)
- •II. Option (medium difficulty)
- •III. Option (complex)
- •Laboratory work №4 Theme lessons: Determination of an average sample raw materials
- •Laboratory work №5 Theme lessons: Determination of moisture in raw materials
- •Laboratory work №6 Theme lessons: Determination of dispersion of bulk materials
- •Laboratory work №7 Theme lessons: Determination of homogeneity of the powder and mortar mixes
I. Variant (simple)
Perform a literature review on the carbonate raw materials of South Kazakhstan region
Perform an analytical review of the market of building materials on the basis of carbonate raw materials
II. Variant (medium difficulty)
Perform roasting carbonate (dolomite and dolomitic limestone) deposits of raw materials and Karaktau Tortkuduk-Nurasyn South Kazakhstan region
Evaluate the suitability of this raw material for magnesia lime technology and producing a magnesia binder
III. Variant (complex)
Perform roasting carbonate (dolomite and dolomitic limestone) deposits of raw materials Batpaksu-Uzen, Kumkent and Adaman-Bulak South Kazakhstan region
Evaluate the suitability of this raw material for magnesia lime technology and producing a magnesia binder
Perform graph of obtaining magnesia binder from each type of magnesite deposits (dolomite) raw materials of South Kazakhstan region
Safety requirements
Laboratory premises in which work is performed to determine the chemical composition of cement and cement production materials should be equipped with ventilation systems in accordance with GOST 12.4.021.
When operation of electric installations and electric appliances used in the process analysis must be performed by electrical safety regulations in accordance with GOST 12.1.019.
When working with acids and alkalis, observe the safety regulations in force in chemical laboratories.
When operating the units with sources of ionizing radiation (X-ray apparatus) should be guided by the requirements of the radiation safety standards NRB-76/87 and the basic sanitary rules OSP-72/87.
When working with flammable and explosive substances must be complied with safety requirements according to GOST 12.1.010.
When working with hazardous and noxious substances is necessary to use protective equipment according to GOST 12.4.004, personal protective equipment (respirators in accordance with GOST 12.4.011 GOST 12.4.028 or rubber gloves according to GOST 12.4.103, clothing according to GOST 27654 and GOST 29058).
List of used literature:
Main literature
Жакипбаев Б.Е., Альжанова А.Ж. Композиционные силикатные материалы. Учебник для магистрантов. Изд-во ЮКГУ, 2016. – 186 с.
Bibol Ye. Zhakipbayev Composite silicate materials. Textbook for master students. SKSU published, 2016. – 180 P.Кулинич В.В., Антоненко А.А., Потеха А.В., Баякунова С.Я., Гойколова Т.В. Месторождения горнорудного сырья Казахстана. Справочник. – Алматы: Министерство экологии и природных ресурсов РК, 2000. Т.3. – 233 с.
Худякова Т.М., Жакипбаев Б.Е. Технология вяжущих и композиционных материалов. Учебник для магистрантов. Изд-во ЮКГУ, 2015. – 226 с.
Additional literature
Крамар Л.Я., Черных Т.Н., Трофимов Б.Я. Особенности твердения магнезиального вяжущего// Цемент и его применение. — 2006. - № 5-6.
