Dataset of β-Ti alloys with moduli and phase states

All data in this dataset were collected from various research articles. This dataset combines the data collected from our previous work and new findings. These data are suggested to be reused for either data analysis for determining the correlation among composition, phase state, and modulus or model training to assist the alloy design. The dataset contains an xlsx document with two tables and a folder with responding XML data. Within dataset, one table is of alloy features, which lists alloy composition, phase state and Young’s modulus (β phase only); the other table is of the associated reference article. The alloy feature table contains twelve columns. The first to the sixth columns indicate the alloy compositions (in wt. %) in sequence of Ti, Nb, Zr, Sn, Mo and Ta. The seventh column indicates method used for Ms temperature measurement. The eighth column provides information about detail parameters of Ms temperature according to method indicated in seventh column. The ninth column indicates Ms temperatures of alloys. The tenth column indicates moduli of alloys. The eleventh column indicates the phase states of alloys. The twelfth column indicates reference number in the sheet of references.本数据集的所有数据均采集自各类学术研究论文，整合了本团队既往研究所得数据与最新研究发现的相关数据。建议将本数据集用于两类研究场景：其一为开展数据分析，以明确合金成分、相状态与模量之间的相关性；其二为开展模型训练以辅助合金设计。本数据集包含一份含两张数据表的XLSX文档，以及一个存储对应XML数据的文件夹。其中一张为合金特征表，收录了合金成分、相状态及杨氏模量（Young’s modulus，仅β相）数据；另一张为关联参考文献表。合金特征表共设12列：第1至第6列依次为Ti、Nb、Zr、Sn、Mo、Ta六种元素的合金成分（质量百分比wt.%）；第7列为马氏体转变开始温度（Ms temperature）的测试方法；第8列对应依据第7列所述测试方法得到的Ms温度详细参数；第9列为合金的Ms温度；第10列为合金模量；第11列为合金相状态；第12列为参考文献表中的参考文献编号。