<--- Back to Details
First PageDocument Content
Meteorology / Atmospheric thermodynamics / Microscale meteorology / Thermal / Cloud / Atmospheric convection / Wind shear
Date: 2009-07-27 03:12:50
Meteorology
Atmospheric thermodynamics
Microscale meteorology
Thermal
Cloud
Atmospheric convection
Wind shear

Met-infoSynoptic situation: Cold front. Thermal conditions determined by the variable amount of mid-level clouds.

Add to Reading List

Source URL: www.flatlandcup.hu

Download Document from Source Website

File Size: 22,62 KB

Share Document on Facebook

Similar Documents

WIND SHEAR S AVIATION LIDAR Leosphere, worldwide leader in atmospheric Lidars, offers reliable solutions for mitigation of wind hazards in airports

WIND SHEAR S AVIATION LIDAR Leosphere, worldwide leader in atmospheric Lidars, offers reliable solutions for mitigation of wind hazards in airports

DocID: 1vhC3 - View Document

Met-infoSynoptic situation: Cold front. Thermal conditions determined by the variable amount of mid-level clouds.

Met-infoSynoptic situation: Cold front. Thermal conditions determined by the variable amount of mid-level clouds.

DocID: 1rck4 - View Document

Building Damage Detection Using Wave Slowness Changes Background: Shear wave propagating through buildings vertically can be extracted by applying seismic interferometry method to floor velocity responses under ambient v

Building Damage Detection Using Wave Slowness Changes Background: Shear wave propagating through buildings vertically can be extracted by applying seismic interferometry method to floor velocity responses under ambient v

DocID: 1qU8k - View Document

FLIGHT SAFETY NEWSLETTER  G April 2011

FLIGHT SAFETY NEWSLETTER G April 2011

DocID: 1qJ8x - View Document

Worksheet: Earthquakes and Mountain Building *Answer in complete sentences. Work alone. Music is OK. name:  1. *Look at figure 1 on page 218. Explain the difference between a focus and an epicenter.

Worksheet: Earthquakes and Mountain Building *Answer in complete sentences. Work alone. Music is OK. name: 1. *Look at figure 1 on page 218. Explain the difference between a focus and an epicenter.

DocID: 1pXRa - View Document