He, Q. Et Al. 2025. Compression performance and microscopic mechanism of cemented high-sulfide tail fills under varying pH levels: The role of alkaline agents. DEVELOPMENTS IN THE BUILT ENVIRONMENT , vol.22 , 1-17.

He, Q., Cao, S., & Yılmaz, E., (2025). Compression performance and microscopic mechanism of cemented high-sulfide tail fills under varying pH levels: The role of alkaline agents. DEVELOPMENTS IN THE BUILT ENVIRONMENT , vol.22, 1-17.

He, Qianru, Shuai Cao, And EROL YILMAZ. "Compression performance and microscopic mechanism of cemented high-sulfide tail fills under varying pH levels: The role of alkaline agents," DEVELOPMENTS IN THE BUILT ENVIRONMENT , vol.22, 1-17, 2025

He, Qianru Et Al. "Compression performance and microscopic mechanism of cemented high-sulfide tail fills under varying pH levels: The role of alkaline agents." DEVELOPMENTS IN THE BUILT ENVIRONMENT , vol.22, pp.1-17, 2025

He, Q. Cao, S. And Yılmaz, E. (2025) . "Compression performance and microscopic mechanism of cemented high-sulfide tail fills under varying pH levels: The role of alkaline agents." DEVELOPMENTS IN THE BUILT ENVIRONMENT , vol.22, pp.1-17.

@article{article, author={Qianru He Et Al. }, title={Compression performance and microscopic mechanism of cemented high-sulfide tail fills under varying pH levels: The role of alkaline agents}, journal={DEVELOPMENTS IN THE BUILT ENVIRONMENT}, year=2025, pages={1-17} }