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Yuriy Tsapko,Ivan Rogovskii,Liudmyla Titova,Tamara Bilko,?leksii Tsapko,Olga Bondarenko,Serhii Mazurchuk
Pág. 51 - 57
Designing environmentally friendly protective materials for flammable liquids makes it possible to influence the processes of heat resistance and the physical-chemical properties of a protective coating over a certain time until the emergency is eliminat...
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Yuriy Tsapko,Vasyl Lomaha,?leksii Tsapko,Serhii Mazurchuk,Oleksandra Horbachova,Denys Zavialov
Pág. 55 - 60
An analysis of fire-retardant materials for wooden building structures is carried out and the need to develop reliable methods for studying the process of ignition and flame propagation on the surface of a building structure, necessary for creating new t...
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Yuriy Tsapko,?leksii Tsapko,Olga Bondarenko
Pág. 13 - 18
The creation of environmentally safe fire-retardant materials for wooden building structures will allow influencing the processes of heat resistance and physicochemical properties of the protective coating during its service life. Therefore, there is a n...
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Yuriy Tsapko,?leksii Tsapko,Olga Bondarenko
Pág. 14 - 19
Description of performance of fire-protective coatings during operation of a wooden construction structure is a separate and complex task that covers both stages of the protection process: both moisture protection and further heat transfer that occurs wh...
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Yuriy Tsapko,?leksii Tsapko,Olga Bondarenko,Maryna Sukhanevych
Pág. 23 - 30
Our study into the process of reed ignition has established the mechanisms of heat transfer to a material, which makes it possible to influence this process. It has been proven that the process of ignition implies heating a material to the critical tempe...
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