微粒子黄土を用いたエポキシ樹脂組成物の強化と電気物理学的組成変更法の開発

Reinforcement of Epoxy Composites with Application of Finely-ground Ochre and Electrophysical Method of the Composition Modification.

• Amirbek Bekeshev
• Anton Mostovoy
• Lyazzat Tastanova
• Yulia Kadykova
• Svetlana Kalganova
• Marina Lopukhova

抄録

本研究では、エポキシ組成物への微粉砕黄土の添加と、エポキシ組成物のマイクロ波改質の利用により、エポキシ組成物の操作特性を直接制御することが可能であることを証明した。エポキシ組成物の改質添加剤(0.5質量%)と充填剤(75質量%)としての黄土の合理的な含有量が選択されており、これにより研究されている複合体の物理的・機械的特性の改善が確実に行われている。これにより、黄土はエポキシ組成物の構造形成過程と構造に影響を与え、耐熱性、耐熱性、耐火性を向上させることが証明された。この研究では、その応用効率が実証され、黄土を充填したエポキシ組成物のマイクロ波改質(出力-350W,持続時間-30秒)の最適なパラメータが選択された。

The conducted studies have proven the possibility of the directed control of operational properties of epoxy composites, due to the addition of finely-ground ocher into their composition, and the use of microwave modification of the epoxy composition. The rational content of ocher as a modifying additive (0.5 parts by mass) and a filler (75 parts by mass) of the epoxy composition has been selected, which ensures the improvement of the studied complex of physical-mechanical properties. It has been proven that ocher affects the structure formation processes and the structure of the epoxy composite, thus increasing its thermal, heat and fire resistance. During the research, the application efficiency has been proven, and the optimal parameters of the microwave modification (power-350 W; duration-30 s) of epoxy compositions filled with ocher, which increase physical-mechanical characteristics of composites, have been selected.