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GALAXIES

1.    Astronomy Supplement - Galaxies
Naming the Galaxies The Hubble Sequence Elliptical Galaxies, Giants and Dwarfs Lenticular Galaxies, A Transition Group Spiral Galaxies, Cosmic Pinwheels What Does The Classification of Galaxies Mean? Distance Indicators, Inverse-Square Law of Light Other
www.physics.gmu.edu/classinfo/astr103/CourseNotes/ECText/ch21_txt.htm
 2.   Beyond the Milky Way: Cosmography of Galaxies and Large-Scale Structure
Next: Galaxy Formation and Evolution Up: SCI 238 Notes Previous: The Milky Way Galaxy Clusters of Galaxies The Expansion of the Universe Beyond the Milky Way: Spiral galaxies - have middle-aged and younger stars in circular orbits in a disk with cold gas
astro.uwaterloo.ca/~mjhudson/teaching/sci238/notes/node16.html
 CP2-20.1_sm.jpg
 3.   A distance scale based on the intrinsic brightness of galaxies
Galaxies come in several ``types'' and ``sizes''. For the closest galaxies, we can quite easily determine their diameters. If you could see Andromeda, it would appear as an elliptical cloud with a diameter just a little smaller than that of the Moon in
travesti.eps.mcgill.ca/~olivia/terrestrial_planets/lectures/node15.htm...
 4.   Astronomy 201F - Stars and Galaxies
a) Why are O and B stars the brightest in open clusters? O and B stars are the brightest in open clusters because open clusters are typically young clusters, they have often have no or few giant stars, so their brightest stars are the most massive main
www.astro.utoronto.ca/~hudon/ast201/assign2sol_summer98.html
 
 5.   The Galaxy Page
An easy-to-navigate guide to the solar system, planetary exploration, aerospace, real-time weather, and more.
www.seds.org/galaxy
 6.   Princeton University Press - Galaxy Catalog
View a collection of digital images of 113 nearby galaxies. Includes a guide to the catalog and a detailed description of the observatories.
www.astro.princeton.edu/~frei/galaxy_catalog.html
 Title picture
 7.   European Network: The Formation and Evolution of Galaxies
Our goal is to understand how galaxies formed and how the Universe has evolved over the last 90 percent of its history. The program will study distant galaxies at optical, infrared, and radio frequencies. In addition it will be coupled to theoretical
www.mpa-garching.mpg.de/Galaxien/EuroNet.html
 8.   Evolution of galaxies: 3 conf.
CSIC , IAA, 2000 Conference: The Evolution of Galaxies. 2001 Conference: The Evolution of Galaxies. 2002 Conference: The Evolution of Galaxies. Galaxies can be featured as islands of matter in the Universe. They are far more complex than a giant assembly
www.daec.obspm.fr/ThreeConf.html
 
 9.   IoA European Network: Formation & Evolution of Galaxies
The Formation and Evolution of Galaxies is an academic research network funded by the Training and Mobility of Researchers Programme of the European Commission. Meeting on Damped Ly-alpha Systems in Garching on 26 & 27 January 2001
www.ast.cam.ac.uk/~tmr/e_net_gals.html
 10.   The Dynamical Evolution of Galaxies in Clusters
Canadian Institute for Theoretical Astrophysics University of Toronto 60 St. George St. Toronto, Ontario M5S 3H8 The evolution of galaxies is driven strongly by dynamical processes including internal instabilities, tidal interactions and mergers. Abstrq
www.cita.utoronto.ca/~dubinski/rutgers98
 11.   Chemical Evolution of Galaxies
This group is investigating the time evolution of chemical abundances in the universe, including QSO (quasi-stellar objects) absorption and spectra.
www.astro.cf.ac.uk/groups/chemevol
 
 12.   Evolution of Galaxies
  3
csep10.phys.utk.edu/astr162/lect/galaxies/evolution.html
 
 13.   Evolution of Galaxies
Although astronomers have uncovered many of the details revealing the life cycles of individual stars, they still do not completely understand how galaxies, like our Milky Way, begin and end their lives.
csep1.phy.ornl.gov/guidry/violence/galaxies-evol.html
 
 14.   LMT: Scientific Overview : Origin and Evolution of Galaxies
« Reset · Search » Adriann's STAC IX Images Visiting the LMT Site, 2002 STAC IX Visit, 2002 Deep Millimeter Continuum Surveys Spectroscopic Redshifts from Atomic and Molecular Emission lines Galaxies in the Local Universe: Statistical Properties
www.lmtgtm.org/overview/sci/node2.html
 
 15.   Numerical Experiments in the Formation and Evolution of Galaxies
Bruce F. Smith, Principal Investigator Co-investigators: Richard H. Miller and Thomas Y. Steiman-Cameron The numerical experiments were based on the time development of a fully three-dimensional, self-gravitational, and self-consistent particle system.
www.nas.nasa.gov/Pubs/TechSums/9293/107.html
 
 16.   Nucleosynthesis and Chemical Evolution of Galaxies
In co-operation with Cambridge University Press the Introductory chapter to this book is being made freely available for viewing by LEVEL5 users. INTRODUCTION AND OVERVIEW Some Basic Facts of Nuclear Physics The Local Abundance Distribution nre
nedwww.ipac.caltech.edu/level5/Pagel/Pagel_contents.html
 
 17.   Sommaire Etoiles et Galaxies
LA GALAXIE, LES GALAXIES La classification de Hubble Les galaxies elliptiques Les galaxies spirales La distance des étoiles Les masses des étoiles La première génération La naissance d'une étoile
www-obs.univ-lyon1.fr/~ga/optionINSA/etoilgal/etoilgal_0.html
 18.   Les galaxies et leur évolution
Pourquoi s’intéresser à l’évolution des galaxies ? Modéliser l’évolution des galaxies Une galaxie bien connue : la Voie Lactée L’ensemble des galaxies spirales Quelques notes sur les autres
www.iap.fr/users/boissier/VULGA/GalacticSam.html
 
 19.   Evolution of Galaxies in Clusters
This document contains frames. Back to the article index 3. MERGERS AND TIDAL STRIPPING: THE EVOLUTION OF cD GALAXIES 3.1. Criteria for Identifying cD Galaxies 3.2. Simulations of Cluster Evolution and cD Models 3.3. Optical Observations Relevant to
nedwww.ipac.caltech.edu/level5/Dressler/frames.html
 
 20.   Evolution of Galaxies in Clusters
This document contains frames. Back to the article index 3. MERGERS AND TIDAL STRIPPING: THE EVOLUTION OF cD GALAXIES 3.1. Criteria for Identifying cD Galaxies 3.2. Simulations of Cluster Evolution and cD Models 3.3. Optical Observations Relevant to
nedwww.ipac.caltech.edu/level5/Dressler/frames.html

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