Standard simplified models often discard waves, Radiation, Or both, With dramatic consequences for the energy budget of natural flows: Geostrophic models neglect waves, And rayleigh-bnard thermal convection
considers heat diffusively injected through a solid boundary, In strong contrast with radiative heating.
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Scientists believe that the pattern of the cells is the result of slow thermal convection
of the nitrogen-dominated ices found on Sputnik Planum.
To understand the formation of thermal convection
currents is to glimpse the soul of a Cumulus cloud.
With such a high conductivity, thermal convection
in the core would be weak, if present at all.
The multidomain dual reciprocity method has been applied to the solution of two-dimensional thermal convection
problems (Florez et al.
The flow phenomenon is relatively complex rather than that of the pure thermal convection
They also pointed to other examples of physical analogies, including those between the celebrated Lorenz (1963) low-order model (LOM) of thermal convection
and phenomena occurring in lasers, the dynamics of a thermohaline loop oscillator, and El Nino-Southern Oscillation (HC13, p.
The absence of diffusion and thermal convection
allow the parison to be heated while it is oriented neck up without the neck experiencing incident heating liable to alter its dimensions.
This effect amplifies intensity of thermal convection
and enables to increase the current-carrying capacity of electric devices.
Generally, in the "external droplet task", heating of the droplet by thermal convection
and radiation simultaneously needs to be evaluated.