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Physics and Dynamics of the Atmosphere
2019This chapter describes the basic physics and thermodynamics of the atmosphere, starting from the ideal gas law and the hydrostatic equation, from which the lapse rate in the troposphere is derived. The effect of atmospheric moisture on the lapse rate is identified and the Clausius–Clapeyron equation giving the saturated humidity is derived.
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Atmospheric Dynamics: Fundamentals
1997The equation of state for dry air (ideal gas law) is given by $$ p\alpha = RT{\kern 1pt} or{\kern 1pt} p = pRT $$ (1) where p, T, ρ, α, and R (= 287 Jkg-1K-1) denote pressure, temperature, density, specific volume, and the gas constant for dry air, respectively.
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On the Dynamics of a Combustible Atmosphere
1985The paper considers plane gas-dynamic waves of small amplitude that propagate through an exothermically reacting (combustible) atmosphere. The latter is spatially uniform but its temperature and pressure are both increasing with time. Any such problem needs several parameters for its description, but four have particular significance; they are the ...
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Structure and dynamics of a springtime atmospheric wave train over the North Atlantic and Eurasia
Climate Dynamics, 2020Shangfeng Chen+4 more
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Ab Initio Nonadiabatic Quantum Molecular Dynamics
Chemical Reviews, 2018Basile F E Curchod, Todd J Martínez
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Tropical Pacific internal atmospheric dynamics and resolution in a coupled GCM
Climate Dynamics, 2014H. Lopez, B. Kirtman
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Moisture‐Responsive Wrinkling Surfaces with Tunable Dynamics
Advanced Materials, 2017Songshan Zeng+2 more
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The cell biology of mitochondrial membrane dynamics
Nature Reviews Molecular Cell Biology, 2020Marta Giacomello+2 more
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Journal of Computational Physics, 2014
P. Smolarkiewicz, C. Kühnlein, N. Wedi
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P. Smolarkiewicz, C. Kühnlein, N. Wedi
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