本書結合國內外黏土基地聚物的相關資料和作者多年積累的研究成果，總結了高性能黏土基地聚物的制備及應用技術。介紹了黏土基地聚物膠凝材料、高延性地聚物復合材料以及輕質地聚物混凝土的制備方法，評估了低溫環境和動態作用下黏土基地聚物的耐久性并提出了優化措施；提出了黏土基地聚物制備人工砂的回收技術，探討了人工地聚物砂替代河砂的應用可行性；提出了噴射型和修復型粘土基地聚物混凝土的制備方法，分析噴射型和修復型黏土基地聚物混凝土的工程性能；基于機器學習和數字圖像技術提出了黏土基地聚物的快速制備和性能預測方法。本書注重高性能黏土基地聚物材料制備技術的闡述，針對實際工程環境探討了黏土基地聚物應用方法和技術。

Addressing the national "dual carbon" goals and the demand for solid waste resource utilization, this book systematically investigates the preparation, performance optimization, and engineering application technologies of clay-based geopolymer materials. Integrating cutting-edge domestic and international achievements with their own scientific practices, the authors have established a comprehensive technical system spanning from raw material activation and process optimization to performance enhancement. Significant breakthroughs have been made in the development and application of innovative materials including geopolymer-stabilized soil, high-ductility geopolymers, waterproof geopolymers and lightweight geopolymers. The book provides an in-depth exploration of the adaptability process, mechanical and durability optimization methods of different solid waste materials, and introduces machine learning-assisted material design as a forward-looking approach, which can offer crucial technical support for low-carbon transformation in the construction sector. Combining theoretical depth with practical value, this book serves as an essential reference for researchers and engineers in the fields of building materials, solid waste utilization, and low-carbon technologies, effectively promoting innovation in green building materials and sustainable development.

Preface
1 Introduction
2 Preparation of geopolymer paste material
3 Preparation of fiber reinforced geopolymer composites
4 Preparation of lightweight geopolymer material
5 Application of artificial geopolymer sand
6 Application of geopolymer repair materials
7 Application of machine learning in geopolymer
References