Explore All AccessActa Meteorologica Sinica : Impact Factor & More
pISSN: 0894-0525
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Acta Meteorologica Sinica Key Metrics
CiteScore 
1.46
H-Index
20
SNIP
0.63
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Check my PaperRecently Published Papers in Acta Meteorologica Sinica
Analysis of a Hail Process in Foshan, Guangdong Province Using an Advanced Phased-Array Radar System and Development of a New Early Warning Index
- 1 Feb 2025
- Journal of Meteorological Research
Overview and New Opportunities for Multi-Source Data Assimilation
- 1 Feb 2025
- Journal of Meteorological Research
Assessing the Impact of Physical Configuration and Lead Time on WRF Forecasting of an Extreme Wind Event
- 1 Feb 2025
- Journal of Meteorological Research
A Segmented Classification and Regression Machine Learning Approach for Correcting Precipitation Forecast at 4–6 h Leadtimes
- 1 Feb 2025
- Journal of Meteorological Research
TG-Net: A Physically Interpretable Deep Learning Forecasting Model for Thunderstorm Gusts
- 1 Feb 2025
- Journal of Meteorological Research
Expedient Mid-Wave Infrared Band Generation for AGRI during Stray Light Contamination Periods Using a Deep Learning Model
- 1 Feb 2025
- Journal of Meteorological Research
Analysis of a Hail Process in Foshan, Guangdong Province Using an Advanced Phased-Array Radar System and Development of a New Early Warning Index
- 1 Feb 2025
- Journal of Meteorological Research
Overview and New Opportunities for Multi-Source Data Assimilation
- 1 Feb 2025
- Journal of Meteorological Research
Assessing the Impact of Physical Configuration and Lead Time on WRF Forecasting of an Extreme Wind Event
- 1 Feb 2025
- Journal of Meteorological Research
A Segmented Classification and Regression Machine Learning Approach for Correcting Precipitation Forecast at 4–6 h Leadtimes
- 1 Feb 2025
- Journal of Meteorological Research
TG-Net: A Physically Interpretable Deep Learning Forecasting Model for Thunderstorm Gusts
- 1 Feb 2025
- Journal of Meteorological Research
Expedient Mid-Wave Infrared Band Generation for AGRI during Stray Light Contamination Periods Using a Deep Learning Model
- 1 Feb 2025
- Journal of Meteorological Research
