Xiang, M. Et Al. 2025. Capacitive deionization mechanism and multiple properties of low-temperature etched porous carbon fabric with abundant surface defects. SEPARATION AND PURIFICATION TECHNOLOGY , vol.354 .

Xiang, M., Wang, N., Sun, L., He, L., Zhong, L., Imanova, G., ... Komarneni, S.(2025). Capacitive deionization mechanism and multiple properties of low-temperature etched porous carbon fabric with abundant surface defects. SEPARATION AND PURIFICATION TECHNOLOGY , vol.354.

Xiang, Mingliang Et Al. "Capacitive deionization mechanism and multiple properties of low-temperature etched porous carbon fabric with abundant surface defects," SEPARATION AND PURIFICATION TECHNOLOGY , vol.354, 2025

Xiang, Mingliang Et Al. "Capacitive deionization mechanism and multiple properties of low-temperature etched porous carbon fabric with abundant surface defects." SEPARATION AND PURIFICATION TECHNOLOGY , vol.354, 2025

Xiang, M. Et Al. (2025) . "Capacitive deionization mechanism and multiple properties of low-temperature etched porous carbon fabric with abundant surface defects." SEPARATION AND PURIFICATION TECHNOLOGY , vol.354.

@article{article, author={Mingliang Xiang Et Al. }, title={Capacitive deionization mechanism and multiple properties of low-temperature etched porous carbon fabric with abundant surface defects}, journal={SEPARATION AND PURIFICATION TECHNOLOGY}, year=2025}