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Keyword [tropical cyclone intensity]
Result: 1 - 20 | Page: 1 of 3
1. Research In Effects Of Terrain On The Propagation Of Vortex Rossby Waves And Typhoon Intensity Change
2. The Theoretical Study On Tropical Cyclone Intensity Sudden Change Over The Coastal Waters Of China
3. The Impact Of Climate Change On Tropical Cyclone Activities
4. Influence Of ENSO On Western North Pacific Tropical Cyclone Intensity: A Model Sensitive Study
5. The Investigation In Quantitative Applications Of Tropical Cyclone Prediction Using Satellite Data
6. The Effects Of Vertical Wind Shear On Tropical Cyclone Intensity Of Variation In Northwestern Pacific
7. Diagnostics And Numerical Simulation On Rapid Intensity Change Of Super Typhoon Saomai (2006) Over The Offshore Of China
8. The Relationship Between Strong High-Level Warming And The Track And Intensity Of The Tropical Cyclone
9. A Study Of Taiwan Terrain And Strait Impact On Tropical Cyclone Intensity And Structure Change
10. The Inter-annual Variation Characteristics Of The Tropical Cyclone Intensity In The Western North Pacific And Mechanism Analysis
11. Evaluating The Performance Of Tropical Cyclone Intensity Guidance Over Western North Pacific
12. Intensity Forecasting Model Of Tropical Cyclone Over The Northwestern Pacific Based On Partial Least Squares Method
13. Research Of Classification Method For Tropical Cyclone Intensity Change Based On Evolutionary Algorithm
14. The Method Research Of Tropical Cyclone Intensity Estimation And Wind Fieldretrieval Based On Satellite Data
15. Preliminary Study About Asymmetrical Structure Of Thermal And Its Impact On Tropical Cyclone Intensity
16. Preliminary Study Of Tropical Cyclone Intensity Change In Western North Pacific
17. South China Region Mutation Diagnosis Of Tropical Cyclone Intensity Analysis And Intensity Of Statistical Interpretation Forecasting Methods Developed,
18. Environmental Flow Field Vertical Shear Preliminary Analysis Of The Impact Of Tropical Cyclone Intensity Change
19. The Development Of The GRAPES-ECOM-si Regional Coupled Atmosphere-ocean Model And Its Application On Tropical Cyclone Intensity Prediction
20. The Influence Of Global Warming On The Tropical Cyclone Intensity Over The Western North Pacific
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