Home

1. A device and method for measuring resistivity of fluid flow through fractures in dense rocks under high temperature and high pressure conditions, Patent No.: ZL 2022116830562, Inventors: Shu Biao; Huang Ruochen; Wu Chuandong; Xue Fanxiao; Chen Junjie; Wang Yimin, November 28, 2025  
2. An apparatus for supercritical carbon dioxide flow through rock fractures under high temperature and high pressure conditions, Patent No.: ZL 2020100631945, Inventors: Shu Biao, Zhang Sen, Lu Wei, Hu Yongpeng, Xue Hui, Zeng Fan, January 28, 2022  
3. A device for fracturing rock cores with supercritical carbon dioxide under high temperature and high pressure conditions, Patent No.: ZL 2020100632153, Inventors: Shu Biao, Lu Wei, Hu Yongpeng, Zeng Fan, Xue Hui, Zhang Sen, September 14, 2021  
4. A high-temperature and high-pressure reactor for supercritical carbon dioxide, Patent No.: ZL 2020100650289, Inventors: Shu Biao, Lu Wei, Xue Hui, Hu Yongpeng, Zhang Sen, Zeng Fan, August 10, 2021  
5. A device for simulating fluid flow through fractures under high temperature and stress conditions, Patent No.: ZL 2017112117077, Inventors: Shu Biao, Zhu Runjun, Liang Ming, Gui Ren, Zhang Shaohé, Cao Han, Sun Pinghe, September 3, 2019  
6. A method and device for measuring fracture dip angles in rock cores, Patent No.: ZL 201610958919.0, Inventors: Shu Biao, Zhang Shaohé, Zhu Runjun, Sun Pinghe, Cao Han, Liang Ming, May 17, 2019  
7. A device and method for measuring fracture plane dip angles in rock cores, Patent No.: ZL 2016109589519, Inventors: Shu Biao, Zhang Shaohé, Zhu Runjun, Cao Han, Sun Pinghe, Liang Ming, September 3, 2019