A modelling study of the impact of cirrus clouds on the moisture budget of the upper troposphere

Keyphrases

• 0-dimensional 25%
• Atmospheric Conditions 50%
• Box Model 25%
• Cirrus Clouds 100%
• Cloud Collapse 25%
• Cloud Formation 25%
• Cloud Microphysics 25%
• Cooling Rate 25%
• Dehydration 25%
• Density Point 25%
• Depth Layers 25%
• First Order Differential Equations 25%
• Gravity Waves 25%
• Low Temperature 25%
• Mixing Ratio 50%
• Moisture Budget 100%
• Moisture Distribution 25%
• Particle Density 25%
• Particle Growth 25%
• Particle number Density 50%
• Particle Sedimentation 25%
• Reference Temperature 50%
• Reference Time 25%
• Saturation Point 25%
• System Layer 25%
• Temperature Amplitude 25%
• Temperature Field 50%
• Temperature Perturbation 75%
• Temperature Rate 25%
• Test Sensitivity 25%
• Upper Troposphere 100%
• Water Budget 25%
• Water Removal 25%

Earth and Planetary Sciences

• Cirrus Clouds 100%
• Cloud Microphysics 25%
• Gravity Wave 25%
• Mixing Ratio 50%
• Temperature Distribution 50%
• Temperature Scale 25%
• Troposphere 100%
• Water Balance 25%

Physics

• Cloud Microphysics 50%
• Collapsing Clouds 50%
• Gravity Wave 50%
• Operators (Mathematics) 50%
• Temperature Distribution 100%
• Troposphere 100%