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Dimitri Mihalas' Technical Reports (159).

出版	Dimitri Mihalas, 1959
URL	http://books.google.com.hk/books?id=iRyzrQEACAAJ&hl=&source=gbs_api

註釋Volume 7. 1983-1990 (number 106-131): Comment on the dynamical effects of radiative viscosity -- The photometric variability of solar-type stars. I. preliminary results for the Pleiades, Hyades, and the Malmquist field -- On the propagation of acoustic waves in a radiating fluid -- Stellar rotation in lower main-sequence stars measured from time variations in H and K emission-line fluxes. II. detailed analysis of the 1980 observing season data -- The photometric variability of solar-type stars. III. results from 1981-82, including parallel observations of thirty-six Hyades stars -- Adaptive-mesh radiation hydrodynamics. I. The radiation transport equation in a completely adaptive coordinate system -- Adaptive-mesh radiation hydrodynamics. II. the radiation and fluid equations in relativistic flows -- On the relevance of the MK system and process to the theory of stellar atmospheres -- The H- equilibrium using coupled rate equations for H-, H, H+, H2 and H2+ -- The computation of radiative transport using Feautrier variables I. static media -- Implicit adaptive-grid radiation hydrodynamics - Adaptive-grid methods with asymmetric time-filtering -- The momentum-energy equations for a relativistic flow with thermonuclear energy release -- two-dimensional non-LTE transfer in X-Y coordinates. (Program XY2D: application of the ETLA method to multi-level atoms and ions) -- The computation of radiation transport using Feautrier variables II. spectrum line formation in moving media -- Statistical mechanics of partially ionized stellar plasmas: the Planck-Larkin partition function, polarization shifts, and simulations of optical spectra -- The equation of state for stellar envelopes. I. an occupation probability formalism for the truncation of internal partition functions -- The equation of state for stellar envelopes. II. algorithm and selected results -- The equation of state for stellar envelopes. III. thermodynamic quantities -- Atomic processes and radiation transport in stars -- Recent progress and future prospecs in the study of stellar atmospheres -- A stellar envelope equation of state -- The equation of state for stellar envelopes. IV. thermodynamic quantities and selected ionization fractions for six elemental mixes -- A user's manual for the University of Illinois stellar-envelope equation of state -- Numerical simulation of mass outflows from star forming regions -- HAO-Lowell-AFGL solar stellar spectrophotometer star catalog.