Investigation of the effects of synergistic modification of mixed bacteria and Ag/TiO2-EPS on all-solid waste concrete: Mechanical properties and sulfate attack
Published: 10 September 2025| Version 3 | DOI: 10.17632/4xg86pthpy.3
Contributors:
Haifeng Wan, Shuo Yuan, Lei Gao, Zuowei Liu, 慧杰 魏, Guangqiang LIU, Zhenlei Wang, Zihao Qi, Chunhao HanDescription
The data here includes calcium carbonate precipitation data, urea decomposition data, concrete mechanical strength, sulfate dry-wet cycle test data, and microscopic test data, including SEM, XRD, FTIR, TGA, and MIP data, from the paper “Investigation of the effects of synergistic modification of mixed bacteria and Ag/TiO2-EPS on all-solid waste concrete: Mechanical properties and sulfate attack.”
Files
Institutions
- Yantai UniversityShandong, Yantai
Categories
Biomineralization, Photocatalysis, Solid Waste, Low-Carbon Concrete