Astrophysical Applications of Gravitational Lensing: Proceedings of the 173rd Symposium of the International Astronomical Union, Held in Melbourne, Australia, 9-14 July, 1995
Dordrecht ; Boston ; London : Kluwer Academic Publishers, Jan 1, 1996 - Science - 443 pages
This is a review of one of the most rapidly growing fields of astronomy: gravitational lensing. The book covers not only the specific problems related to finding and understanding lensing and lensing phenomena, but also the applications of gravitational lenses in diverse areas of astronomy and astrophysics. These applications range from the structure of the Milky Way galaxy and its stellar luminosity function, to the structure of elliptical galaxies, clusters, and the size, structure and age of the universe. Contributions include reviews of MACHO searches, lensed radio sources and quasars, microlensing in distant galaxies, constraints on the mass distribution in galaxies, limits on cosmological models, measurements of the Hubble constant, and weak lensing and the masses of clusters. The volume provides a comprehensive synopsis of the state of the art in lens research as well as a summary of lens data, and it is suitable for graduate seminars, introductions to the field of gravitational lensing, and as a reference work for lens researchers.
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A Technical Memorandum On Core Radii In Lens Statistics
Gravitational Lenses Among Highly Luminous Quasars
Predicted Lens Redshifts And Magnitudes
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5-image angular ApJL Applications of Gravitational arclets arcsec arcseconds Astrophysical Applications background galaxies binary C. S. Kochanek caustic clusters of galaxies compact components constraints core radius cosmological dark matter delay detected disk distance effect Einstein radius Einstein ring elliptical estimate faint galaxies field Figure flux ratios galactic galactic bulge Gravitational Lensing gravitational microlensing halo HLQs Hubble constant isothermal J. N. Hewitt eds Kneib Kochanek and J. N. lens systems lensing galaxy light curves luminosity function MACHO magnification magnitude mass distribution measured microlensing events MNRAS multiple images objects Observatory observed obtained optical depth parameters Patnaik photometry pixel lensing polarization potential quasar radii radio redshift References Refsdal sample scales Schneider shear shows spectra spectrum stars statistical stellar structure Surdej surface brightness survey telescope Udalski variability velocity dispersion Virgo cluster VLBI weak lensing