Magnesium silicate binding materials formed from heat-treated serpentine-group minerals and aqueous solutions: structural features, acid-neutralizing capacity, and strength properties

HIGHLIGHTS

  • who: Tatiana K. Ivanova and colleagues from the Kola Science Centre, Russian Academy of Sciences, Apatity, Russia have published the research work: Magnesium Silicate Binding Materials Formed from Heat-Treated Serpentine-Group Minerals and Aqueous Solutions: Structural Features, Acid-Neutralizing Capacity, and Strength Properties, in the Journal: Materials 2022, 8785 of /2022/
  • what: Since the type of the precursor magnesia-silicate binder directly affects the quality and properties of the final product , the purpose of this work is to study the effect of the structure of the initial serpentine minerals on the hydration process of . . .

     

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