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Explores cement hydration, including hardening, dissolution of grains, hydrate precipitation, and volume changes.
Delves into the kinetics of cement hydration, discussing heat evolution, nucleation, growth, and diffusion processes.
Covers isothermal calorimetry, a method to measure heat production rate in materials like cement, discussing its importance and practical applications.
Explores the hydration of aluminates in cement chemistry, focusing on reactions with sulfate ions and the formation of ettringite.
Explores nitrate reduction by pyrite and ferrous iron, emphasizing their role as electron donors in groundwater.
Delves into aluminate hydrates in cement chemistry, discussing ettringite, AFm phases, decomposition, solid solutions, limestone effect, and hydrogarnets.
Delves into the filler effect in cement hydration, emphasizing the role of supplementary cementitious materials.
Delves into weathering, clay formation, soil types, and erosion processes, emphasizing the impact of rainfall and climate on soil composition.
Explores the hydration process of calcium silicates, focusing on C-S-H and its complex structure in cementitious materials.
Covers the introduction, classification, and history of binders, focusing on hydraulic lime.
Covers the nomenclature of cement components, the process of how cement works, and the phases of real cement.
