Supporting data for "Chloride resistance of alkali-activated slag: mechanism and improvement"

Alkali-activated slag (AAS) is a promising green alternative to traditional ordinary Portland cement (OPC) with a potentially lower carbon footprint. Despite the reported satisfying mechanical performance, there remain certain unknowns about the durability performance of AAS in aggressive environments, which hinders its industrial acceptance and practical application. This thesis aims to understand the degradation mechanism of AAS upon chloride attack from complex marine environments and examine different strategies for improving the chloride resistance of AAS.
This dataset is the supporting data for the thesis entitled “Chloride resistance of alkali-activated slag: mechanism and improvement”. 
There are four sub-folders in this dataset:
Folder 1: Supporting data for chapter 3
This folder contains the raw and processed data for the chloride resistance of AAS and OPC in seawater as shown in chapter 3.

Folder 2: Supporting data for chapter 4
This folder contains the raw and processed data for the chloride resistance of AAS with corrosion inhibitors as shown in chapter 4.

Folder 3: Supporting data for chapter 5
This folder contains the raw and processed data for the chloride binding of AAS with mineral additives as shown in chapter 5.

Folder 4: Supporting data for chapter 6
This folder contains the raw and processed data for the chloride resistance of sodium carbonate-activated slag modified with mineral additives as shown in chapter 6.

碱激发矿渣（AAS）作为一种具有潜在较低碳足迹的绿色替代品，在传统波特兰水泥（OPC）领域展现出巨大的应用前景。尽管已有文献报道其令人满意的机械性能，但在恶劣环境中对AAS耐久性能的某些未知因素仍需进一步研究，这限制了其在工业领域内的接受度和实际应用。本论文旨在探究AAS在复杂海洋环境中遭受氯化物攻击时的劣化机制，并探讨提升AAS抗氯性能的不同策略。本数据集是关于“碱激发矿渣的抗氯性能：机制与改进”这一论文的支持数据集。数据集包含以下四个子文件夹：

文件夹1：第三章支持数据
此文件夹包含AAS和OPC在海水中的抗氯性能的原始及处理数据，如第三章所示。

文件夹2：第四章支持数据
此文件夹包含AAS与腐蚀抑制剂结合的抗氯性能的原始及处理数据，如第四章所示。

文件夹3：第五章支持数据
此文件夹包含AAS与矿物添加剂结合的氯结合能力的原始及处理数据，如第五章所示。

文件夹4：第六章支持数据
此文件夹包含用矿物添加剂改性碳酸钠激发矿渣的抗氯性能的原始及处理数据，如第六章所示。