Underlying Data for: Feasibility of Achieving Controllable Thermal Cracking in Granite using Ultrasonic Induction Heating

This dataset contains the experimental data supporting the research on thermal cracking of hard rocks induced by ultrasonic frequency induction heating. It includes detailed Acoustic Emission (AE) parameters and real-time Temperature Field monitoring records collected under various heating schemes (different temperatures, heating rates, and holding times). Dataset Contents The repository consists of: Acoustic Emission Data: Processed AE parameters including Arrival Time, Amplitude, Duration, Ring-down Counts, Energy, and Peak Frequency. (Note: Initial electromagnetic induction noise and outliers have been filtered). Temperature Data: Temporal evolution of temperature fields measured at the heating center, distributed surface points, and internal depth points. File Information Format: .xlsx (Microsoft Excel) Documentation: A detailed Readme sheet is included within each file, providing full variable definitions and experimental conditions. Related Manuscript This dataset supports the findings presented in the manuscript submitted to JGR: Solid Earth.本数据集包含支撑超声感应加热诱发硬岩体热破裂研究的全部实验数据。其涵盖了多种加热方案（不同加热温度、升温速率及保温时长）下采集的精细化声发射（Acoustic Emission，AE）参数与实时温度场监测记录。 数据集内容 本存储库包含以下内容： 1. 声发射数据：经预处理的声发射参数，包括到达时间、幅值、持续时长、振铃计数、能量及峰值频率。（注：已滤除初始电磁感应噪声与异常值） 2. 温度数据：在加热中心、分布式表面测点及内部深度测点处测得的温度场时空演化过程。 文件信息 格式：.xlsx（Microsoft Excel） 文档说明：每份文件内均附带详细的自述工作表，提供完整的变量定义与实验工况说明。 相关研究文稿 本数据集支撑已投稿至JGR: Solid Earth的研究论文中的实验结论。