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Lagrangian available energetics and parcel instabilities
Peter R. Bannon
Meteorology and Atmospheric Science
Research output
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Contribution to journal
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Article
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peer-review
6
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Keyphrases
Adiabatic Condition
20%
Adiabatic Flow
20%
Arbitrary Reference
20%
Available Energy
40%
Available Potential
20%
Available Potential Energy
100%
Base State
20%
Buoyancy Force
20%
Compressible Fluid
20%
Convection
20%
Convective Available Potential Energy
20%
Coriolis Force
20%
Diabatic Processes
20%
Elastic Energy
40%
Energy Contribution
20%
Frictional Processes
20%
Inertial Instability
20%
Inviscid
40%
Kinetic Energy
60%
Lagrangian
100%
Lagrangian Perspective
20%
Mean Flow
40%
Modified Forms
20%
Multicomponent Fluid
20%
Potential Energy
20%
Pressure Gradient Force
40%
Reference State
40%
Static Power
20%
Work-as-done
60%
Mathematics
Basis State
50%
Coriolis Force
50%
Energetics
100%
Initial State
50%
Initial Value
50%
Lagrangian
100%
Perpendicularity
50%
Pressure Gradient
100%
Reference State
100%
Engineering
Adiabatic Flow
16%
Available Energy
33%
Basis State
16%
Buoyancy Force
16%
Compressible Fluid
16%
Convective
16%
Convective Available Potential Energy
16%
Elastic Energy
33%
Energetics
100%
Initial State
16%
Initial Value
16%
Potential Energy
100%
Pressure Gradient
33%
Reference State
33%
Symmetric Case
16%
Chemistry
Base
14%
Chemical Kinetics Characteristics
14%
Energetics
100%
Enthalpy
14%
Kinetic Energy
42%
Lagrangian
100%
Potential Energy
100%
Physics
Adiabatic Flow
14%