Titlebook: Galactic Bulges; Proceedings of the 1 Herwig Dejonghe,Harm J. Habing Conference proceedings 1993 Kluwer Academic Publishers 1993 Bulge.Gala

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Diabetes and Neurological Disorder,ira evolutionary phase. There is evidence that Miras in the LMC and the Bulge occupy different parts of the instability strip but obey the same PLC relation. The Bulge contains at least 2 x 10. Miras of which 100 or so have luminosities in excess of M. = -5 mag. The Mira phase lasts more than 10. yr

genesis

FLEET

Monica Levine MD,R. Wendel Naumann MDs global properties. The mean metal abundance is [M/H] ≈ +0.3 at . = 0.5 kpc, and declines by about 1.2 dex out to . = 2 kpc. The line-of-sight velocity dispersion at . = 0.5 kpc is σ. ≈ 115 km sec. for all population tracers, and declines by . logσr/. log . = -0.4. It now seems fairly clear that on

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https://doi.org/10.1007/88-470-0458-6 Bulge place modest constraints on the early history of these regions and possible interactions between them. The extant data are fragmentary, and the conclusions correspondingly uncertain. The observables are HB morphology, heavy element abundance, and space density. The data base is constrained by

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Trends in Digital Image Processing Researcho that of the giant ellipticals. There seems to be no conspicuous colour-magnitude relation intrinsic to the bulges. This can be explained if the bulges formed by the dissipative collapse of central regions of proto-galaxies followed by the supernova-driven bulge wind which was induced later than th

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可行

cardiovascular

BUDGE

N. D. Gunn,J. Byrne,E. B. Holubdistinction between bulges and ellipticals is more accurately described as a quantitative variation in Bulge/Dis& ratio. The exception may be the brightest ellipticals, which are usually Bright(est) Cluster Members. The available evidence suggests that the spheroid properties are determined by more