Growth of nanoparticles driven by distinct chemical composition leads to contrasting hygroscopicity and CCN potential across two environments over the Tibetan Plateau
Hong, Juan;Zuo, siyu;Ma, nan;Ma, Jiamin;Zhou, Xiaoxian;Tang, Min;Chen, Shuyan;Zhu, Shaowen;Luo, Biao;Yang, Zheng;Yang, NIng;Xie, Linhong;Xu, Hanbing;Cheng, Peng;Huang, Shan;Yuan, Bin;Qi, Ximeng;Yan, Chao;Wu, Yunfei;Deng, Zhaoze;Ran, Liang;Zhou, Yaqing;Tao, Jiangchuan;Wang, Qiaoqiao;Zhao, Chunsheng;Yu, Pengfei;Bian, Jianchun;Su, Hang;Cheng, Yafang;Petäjä, Tuukka;Kerminen, Veli-Matti;Kulmala, Markku
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Metrics Over Time
Publication Details
Subfield
Inorganic Chemistry
Field
Chemistry
Domain
Physical Sciences
Confidence Score
39%
Source
Scholar Data Model