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Information × Registration Number 0214U000125, 0111U002218 , R & D reports Title Determination of structure formation and properties of alkaline concretes with increased corrosion resistance decreased heat emission on the fly ash basis popup.stage_title Head Krivenko Pavel Vasilevich, Registration Date 20-01-2014 Organization Kiev National University of bildiny and tecture popup.description2 Object of investigations: alkaline cements and concretes on the fly ash basis Purpose of work: determination of structure formation and properties of alkaline concretes with increased corrosion resistance decreased heat emission on the fly ash basis. Methods of investigations: Physical-chemical methods according to normatives. Deep analisys of literature sources was made in the sphere of heat emission of common cements. Physycal-chemical processes of structure formation of alkali-activated cements based on fly ash were investigated. It were developed and optimized compositions of heavy and porouse concretes on cement uder investigation basis. Heat emission of fly ash alkaline cements was determined.The basic and special properties of concrete based alkaline fuel evils. The peculiarities of zokonomirnostey structure and changes in the properties of concrete alkali corrosion from fuel angry at the macro level. Studied the prediction of durability of concrete based alkaline fuel evils that are characterized by high corrosion resistance and reduced ekzotermiyeyu. Product Description popup.authors Білан Ярослав Валерійович Бондаренко Ольга Петрівна Бондаренко Сергій Васильович Грабовчак Валентина Валентинівна Кавалєрова Олена Сергіївна Ковальчук Олександр Юрійович Майстренко Алла Володимирівна Мохорт Валентина Миколаївна Петропавловський Олег Миколайович Ростовська Галина Степанівна Фіалка Василь Євгенович Чеховський Олександр Володимирович popup.nrat_date 2020-04-02 Close
R & D report
Head: Krivenko Pavel Vasilevich. Determination of structure formation and properties of alkaline concretes with increased corrosion resistance decreased heat emission on the fly ash basis. (popup.stage: ). Kiev National University of bildiny and tecture. № 0214U000125
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Updated: 2026-03-27