TRIP Reconstruction Script and Data Files

The files provided here are provided as part of the work outlined in "Reconstruction of Parent Microstructures in TRIP Titanium Alloys". They consist of a MATLAB script run on R2020B using the MTEX plugin version 5.70, and two EBSD datasets in the .ang file format. Researchers may download the reconstruction script and data files to repeat or investigate the reconstruction process outlined in "Reconstruction of Parent Microstructures in TRIP Titanium Alloys". If a researcher utilizes the included reconstruction script for their own publication, please cite this paper. Please contact Alec Saville prior to using any of the data included here in another publication or your own work. Data files are ONLY included here for transparency in the aforementioned work and for replication/repeating the reconstruction of these datasets. Important things to note: You will need 96 GB or more of RAM to reconstruct these datasets. As scripted, the reconstruction process takes ~ 3 days for both the peak aged and the as-quenched data files. The as-quenched dataset is identified as: S5_AQ_05_cleaned.ang The peak-aged dataset is identified as: S33_PA_cleaned.ang The reconstruction process employed here uses the MTEX community plugin (https://mtex-toolbox.github.io/). Please make sure to also cite the appropriate MTEX publication in your use of these files/reconstruction script.本处提供的文件均为《TRIP型钛合金原始显微组织重构》（Reconstruction of Parent Microstructures in TRIP Titanium Alloys）一文所述研究工作的配套资料。其内容包含一份可在R2020B版本MATLAB环境下运行、搭载MTEX插件5.70版本编写的脚本文件，以及两份.ang格式的电子背散射衍射（Electron Backscatter Diffraction，EBSD）数据集。 研究人员可下载本重构脚本与数据文件，以复现或探究上述论文中所述的显微组织重构流程。若研究人员将本配套重构脚本用于其发表的学术成果中，请引用本论文。若需将本数据集用于其他出版物或个人研究，请先与Alec Saville取得联系。 本处仅提供数据文件，以保障上述研究的透明度，并支持相关重构流程的复现工作。 请注意：重构本数据集需至少96GB及以上的系统内存（RAM）。按照本脚本的设置，峰值时效态与淬火态两组数据文件的重构流程均耗时约3天。 该淬火态数据集对应的文件为：S5_AQ_05_cleaned.ang 该峰值时效态数据集对应的文件为：S33_PA_cleaned.ang 本研究采用的重构流程基于MTEX社区插件（https://mtex-toolbox.github.io/）开发，使用本文件或重构脚本时，请务必同时引用MTEX的相关学术出版物。