Abstract
<jats:p>The results of a comprehensive study of the chemical composition and thermal behavior of three clay samples of different origins are presented. The methodology includes chemical analysis, thermal analysis using a thermal analyzer, and testing of clay samples at high temperatures. Significant differences in the mineral composition of the samples were identified, particularly in the content of aluminum, silicon, magnesium, and calcium oxides. Specific behavioral characteristics of the materials during heat treatment were identified. The scientific novelty lies in the determination of the relationship between the chemical composition and thermal properties of the studied clays</jats:p> <jats:p>本文介紹了對三種不同來源的黏土樣本進行化學成分和熱行為綜合研究的結果。研究方法包括化學分析、使用熱分析儀進行熱分析以及對黏土樣品進行高溫測試。研究發現 樣品的礦物成分有顯著差異 尤其是在鋁、矽、鎂和鈣氧化物的含量上。此外 也確定了材料在熱處理過程中的特定行為特徵。本研究的創新之處在於確定了所研究黏土的化學成分與熱性能之間的關係</jats:p>