M. Freeshah Et Al. , "Natural Hazards Triggered Waves Propagating from Earth Surface to Edge of Space," International Symposium on Atmospheric Sounding and Data Assimilation (ISASDA 2023) , Xuzhou, China, pp.1, 2023
Freeshah, M. Et Al. 2023. Natural Hazards Triggered Waves Propagating from Earth Surface to Edge of Space. International Symposium on Atmospheric Sounding and Data Assimilation (ISASDA 2023) , (Xuzhou, China), 1.
Freeshah, M., Zhang, X., Ren, X., Şentürk, E., & Osama, N., (2023). Natural Hazards Triggered Waves Propagating from Earth Surface to Edge of Space . International Symposium on Atmospheric Sounding and Data Assimilation (ISASDA 2023) (pp.1). Xuzhou, China
Freeshah, Mohamed Et Al. "Natural Hazards Triggered Waves Propagating from Earth Surface to Edge of Space," International Symposium on Atmospheric Sounding and Data Assimilation (ISASDA 2023), Xuzhou, China, 2023
Freeshah, Mohamed Et Al. "Natural Hazards Triggered Waves Propagating from Earth Surface to Edge of Space." International Symposium on Atmospheric Sounding and Data Assimilation (ISASDA 2023) , Xuzhou, China, pp.1, 2023
Freeshah, M. Et Al. (2023) . "Natural Hazards Triggered Waves Propagating from Earth Surface to Edge of Space." International Symposium on Atmospheric Sounding and Data Assimilation (ISASDA 2023) , Xuzhou, China, p.1.
@conferencepaper{conferencepaper, author={Mohamed Freeshah Et Al. }, title={Natural Hazards Triggered Waves Propagating from Earth Surface to Edge of Space}, congress name={International Symposium on Atmospheric Sounding and Data Assimilation (ISASDA 2023)}, city={Xuzhou}, country={China}, year={2023}, pages={1} }