Reference:Reference-025065: Difference between revisions

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|PublicationClusterID=0
|PublicationClusterID=0
|MS_PublicationClusterID=0
|MS_PublicationClusterID=0
|Semantic_ID=2e3326ae000a9e05e322e4578d0063b732ee52e8
|Semantic_ID=2e3326ae000a9e05e322e4578d0063b732ee52e8 |CorpusID=259913373
|PublicationWhatKindOf=a module application description
|PublicationWhatKindOf=a module application description
|PublicationNrofModels=a single module
|PublicationNrofModels=a single module

Latest revision as of 19:58, 6 October 2024



Author(s) Chen, Yu; Chen, Siyu; Zhou, Jie; Zhao, Dan; Bi, Hongru; Zhang, Yue; Alam, Khan; Yu, Haipeng; Yang, Yaoxian; Chen, Junyan;
BibType journalArticle
Title A super dust storm enhanced by radiative feedback
Editors
Year 2023-07-14
Journal npj Climate and Atmospheric Science
Booktitle None
Volume 6
Pages None
URL https://www.nature.com/articles/s41612-023-00418-y
DOI 10.1038/s41612-023-00418-y
ISBN
Note Auto downloaded ref at: 2024-09-04


 
Feature reference No
PublicationClusterID 0
MS_PublicationClusterID 0
Semantic_ID 2e3326ae000a9e05e322e4578d0063b732ee52e8
CorpusID 259913373
Nr of citations 6
Sort of publication a module application description
Sort of model publication a single module
Is the CSDMS HPC used No
If HPC is used, for what project was it?:
Associated simulation movie if any:


Model(s) discussed: WRF