Y. Chen Et Al. , "Bionic root inspired CNT/regenerated cellulose aerogel membrane/Cu nanowires for enhancing physiological comfort," Cellulose , vol.30, no.15, pp.9529-9542, 2023
Chen, Y. Et Al. 2023. Bionic root inspired CNT/regenerated cellulose aerogel membrane/Cu nanowires for enhancing physiological comfort. Cellulose , vol.30, no.15 , 9529-9542.
Chen, Y., Zhang, R., Qiu, F., Zhang, T., Yang, D., & YÜREKLİ, Y., (2023). Bionic root inspired CNT/regenerated cellulose aerogel membrane/Cu nanowires for enhancing physiological comfort. Cellulose , vol.30, no.15, 9529-9542.
Chen, Yongfang Et Al. "Bionic root inspired CNT/regenerated cellulose aerogel membrane/Cu nanowires for enhancing physiological comfort," Cellulose , vol.30, no.15, 9529-9542, 2023
Chen, Yongfang Et Al. "Bionic root inspired CNT/regenerated cellulose aerogel membrane/Cu nanowires for enhancing physiological comfort." Cellulose , vol.30, no.15, pp.9529-9542, 2023
Chen, Y. Et Al. (2023) . "Bionic root inspired CNT/regenerated cellulose aerogel membrane/Cu nanowires for enhancing physiological comfort." Cellulose , vol.30, no.15, pp.9529-9542.
@article{article, author={Yongfang Chen Et Al. }, title={Bionic root inspired CNT/regenerated cellulose aerogel membrane/Cu nanowires for enhancing physiological comfort}, journal={Cellulose}, year=2023, pages={9529-9542} }