Low-level jet - Globe Thesis

Keyword [Low-level jet] Result: 1 - 20 \| Page: 1 of 3
1.	The Influence Of Mesoscale Topography On Shannan Torrential Rain
2.	On The Mechanism Of The Heavy Rainfall Associated With The Mei-Yu Front And The Low Vortex By The Potential Vorticity
3.	Study On The Dynamic Mechanism Of Formation Of Mesoscale Weahther Systems Triggered By Wind Perturbations
4.	Study On The Statistic Feature Of The Low Level South-Westerly Strong Wind And The South-westerly LLJ In China And Analysis Of The Role Of The Inertial Stability
5.	Geographic Causes And Numerical Study Of The Daily Variation Of Low Level Jet In The Meiyu Frontal Jet Rainstorm
6.	Climatic Analysis Between The Activity Of Chinese South-Westerly Strong Wind (LLSW) And Low-level Jet (LLJ)
7.	The Processing Methods Of Pulse Doppler (PD) Weather Radar Radial Direction Velocity Datum And Identification Of The Low Level Jet
8.	Numerical Simulation And Diagnostic Analysis Of Moisture Helicity In A Meiyu Front Heavy Rain In Changjiang-Huaihe Basins In 2004
9.	Observational Study Of Atmospheric Boundary Layer Structure Over Heterogeneous Surface In Baiyangdian Area
10.	The Canvass Of Low-lever Jet Identification Based On The Single Doppler Radar
11.	A Diagnostic Analysis And Numerical Simulation Study On A Severe Weather Event In Dalian
12.	Analysis And Numerical Modeling Of Cold-air Outbreak Snowstorm Event In Shandong Peninsula
13.	Study On Atmospheric Boundary Layer Over The Arctic Ocean By Using SHEBA Data
14.	Analysis On Torrential Rain In South China Caused By Tropical Disturbance
15.	A Study On Diagnostic Analysis And The Numerical Simulation Of A Rainstorm In North China
16.	A Study On The Mechanisms Of The Rainstorm In The Preflood Season In South China
17.	Analysis Of Precipitation Distribution Over Xinjiang And The Dynamic Characteristics Of Meso And Micro Scale Precipitation
18.	Characteristics Of Low Level Jet Over The Taklimakan Desert And Its Impact On Dust
19.	A Comparative Study Of Development Mechanism Of Yellow River Cyclone And Impact Of Huang-Bohai Sea Between Summer And Spring
20.	The Formation Mechanism And Structure Of A Squall Line On 19th March 2013 In South Of China
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