R. Yang Et Al. , "Thermal performance of an innovative double-skin ventilated façade with multistep-encapsulated PCM integration," Journal of Energy Storage , vol.73, 2023
Yang, R. Et Al. 2023. Thermal performance of an innovative double-skin ventilated façade with multistep-encapsulated PCM integration. Journal of Energy Storage , vol.73 .
Yang, R., Li, D., ARICI, M., Salazar, S. L., Zhang, C., Fu, Q., ... Yang, X.(2023). Thermal performance of an innovative double-skin ventilated façade with multistep-encapsulated PCM integration. Journal of Energy Storage , vol.73.
Yang, Ruitong Et Al. "Thermal performance of an innovative double-skin ventilated façade with multistep-encapsulated PCM integration," Journal of Energy Storage , vol.73, 2023
Yang, Ruitong Et Al. "Thermal performance of an innovative double-skin ventilated façade with multistep-encapsulated PCM integration." Journal of Energy Storage , vol.73, 2023
Yang, R. Et Al. (2023) . "Thermal performance of an innovative double-skin ventilated façade with multistep-encapsulated PCM integration." Journal of Energy Storage , vol.73.
@article{article, author={Ruitong Yang Et Al. }, title={Thermal performance of an innovative double-skin ventilated façade with multistep-encapsulated PCM integration}, journal={Journal of Energy Storage}, year=2023}