Arthur N. Cox's scientific contributions

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Publications (1)


Oscillation mode excitation
  • Article

January 1991

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9 Reads

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10 Citations

Arthur N. Cox

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Shashikumar M. Chitre

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Pawan Kumar

Although an evaluation of the normal pulsation mechanisms observed in many variable-star classes indicates that many of these are operative in the sun, most studies of solar mode excitation predict that both radiative damping and damping by convective processes can overwhelm the driving to stabilize all radial and nonradial modes. This is in keeping with observations exhibiting measurable p-mode oscillation spectrum line widths, which are indicative of p-mode lifetimes of the order of days. Attention is given to calculations showing how convection can drive solar p-modes. Solar p-modes are probably stochastically driven via convective coupling.

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Citations (1)


... As seen in Fig. 1.4, the magnitude of V at the surface rises to an order of 104, and thus those two boundary conditions do not differ significantly from each other for low f(f+ I)/w 2 • We have adopted second one for the computation of eigenfrequencies and eigenfunctions. Cox et al. [17] preferred so called frozen convection 3 j which means that the radial and horizontal part of convective flux perturbation is assumed zero. ...

Reference:

Convective flux and nonadiabatic solar oscillation
Oscillation mode excitation
  • Citing Article
  • January 1991