Gas clouds in dense star clusters - A possible quasar model.
Gas clouds in dense star clusters compared with quasar properties, analyzing possible energy sources like supernova explosions, stellar collisions and star gas interaction
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Gas clouds in dense star clusters compared with quasar properties, analyzing possible energy sources like supernova explosions, stellar collisions and star gas interaction
High altitude base flow field measurements of four and five clustered conical and contoured nozzles
Photographic magnitudes of variable stars in globular cluster M92
Variable stars in globular cluster M92, and evaluation of six RR-Lyrae stars
Many-body gravitational problem and galactic star cluster simulation
Collective motions in spherical star cluster evolution
Stabilization of clusters of galaxies by ionized gas studied for recombination radiation
This paper presents a new method for inferring the Initial Mass Function of young clusters based on intrinsic K-band Luminosity functions (LFs).
This paper describes the cluster machines used for a wide variety of applications, and then discusses a image data processing application in more detail.
We discuss the results in light of the cooling flow and the merger/interaction scenarios for triggering and fuelling AGN in clusters, but find that the data do not point unambiguously to neither of the two.
We examine the early angular momentum history of stars in young clusters. We reported based on 197 photometric periods in the Orion Flanking Fields and 83 photometric periods in the NGC 2264, that PMS stars apparently do not conserve stellar angular momentum as they evolve down their connective tracks, but instead evolve at nearly constant angular velocity.
In this paper, we analyze the complexities of three clustering algorithms; Lorax, k-degree, and self-adjust.
The latest version of PVM (3.4.3) now contains support for a PC cluster running Linux, also known as a Beowulf system. A PVM user of a computer outside the Beowulf system can add the Beowulf as a single machine.
We report the discovery of an X-ray luminous galaxy cluster at z = 1.26.
In a search for lensed infrared galaxies, ISOCAM images have been obtained toward the rich clusters Abell 2218 and Abell 2219 at 15 micro m.
A model is presented for the behavior of a polydisperse cluster of spherical evaporating drops in a cylindrical, axisymmetric inviscid vortex. The formulation accounts for drop interactions and for complete dynamic and thermodynamic coupling between drops and gas.
Using the Hubble Space Telescope (HST), we have discovred Cepheid variables in the Fornax cluster spiral galaxy, NGC 1365.
Observations show that newly emerging flux tends to appear on the Solar surface at sites where there is flux already. This results in clustering of solar activity. Standard dynamo theories do not predict this effect.