PPT-Stellar-mass

Metallicity Relation at High Redshifts Stellarmass Metallicity Relation at ｚ １ 4 Kouji OHTA 　 Kyoto University K Yabe F Iwamuro S Yuma M Akiyama N Tamura FMOS team et al. Driven Outflows in Cosmological Galaxy Evolution. Ben Keller (McMaster University). James . Wadsley. , Hugh . Couchman. CASCA 2015. Paper. : . astro-ph. : 1505.06268. Keller, . Wadsley. & . Couchman. Galaxies. T.Naab. , P. Johansson, R. . Cen. , K. . Nagamine. , R. . Joung. . and J.P.O.. PPPL:, 19 Dec . 2012. ApJ.L.,. 658,710 . (2007) ApJ.,697, . 38 . (2009). ApJ.L.,699,L178 (. 2009. ). ApJ.,725,2312 . Jupiters. Fred Adams, Univ. Michigan. Extreme Solar Systems II. Jackson, Wyoming, September 2011. Hot . Jupiters. can Evaporate. HD209458b (Vidal-. Madjar. et al. 2003, 2004; Desert et al. 2008; Sing et al. 2008; . H.-W. Rix IMPRS Galaxies Course March 11, 2011. Goal:. Determine . n. *. (M. *. ,. t. age. ,[Fe. /H],. R. ). . for a population of galaxies. How many stars of what mass and metallicity . formed when and where in galaxies?. Soroush Sotoudeh. . (University of Minnesota). Daniel . Weisz. , Andrew Dolphin, Evan Skillman. 06/29/2015 – . STScI. Workshop on IMF. Outline. Introduction. Observations and data. IMF analysis and results. . Technique. . for. . the. . Determination. . of. IMF . at. . Low. . Masses. : . A. . Few. . Results. . for. . Galaxies. . with. Old. . Stellar. . Populations. Nikolay. Podorvanyuk. 1. Scott Croom. Julia Bryant. Joss Bland-Hawthorn. Disturbed Things Come in . small. packages. Jessica V. Bloom. Kinematics can uncover processes shaping galaxy evolution. Bloom et al., 2016 (submitted). Confronting Stellar Feedback . Simulations with Observations of Hot Gas in Elliptical Galaxies . Q. Daniel . Wang, . Shikui. Tang, Yu Lu, . Houjun. Mo . (UMass) . Mordecai . Mac-Low (AMNH. ), Ryan . . Ste. llar. . P. opulations . at intermediate redshift . S. urvey. w. ith . WEAVE. Bianca Poggianti – Angela . Iovino. (co-. Leads. ). o. n . behalf. of the . StePS. team . A. Mercurio, M. . Steven R. . Cranmer. Harvard-Smithsonian Center for . Astrophysics. . with A. van . Ballegooijen. , S. Saar, A. Dupree, N. . Brickhouse. , et al.. Stellar winds across the H-R Diagram. Massive stars: radiation-driven winds. Multi-. Scale . Environmental . Influences on Galaxy Gas Content. Environmental processes can influence galaxy gas content. “Small” (dark matter halo) scale. Gas replenishment. c. osmological accretion. Ben Keller (McMaster University). James . Wadsley. , Hugh . Couchman. CASCA 2015. Paper. : . astro-ph. : 1505.06268. Keller, . Wadsley. & . Couchman. 2015. Background Image: Gas column density of IGM around a simulated . N. . Prantzos. Lecturer:. . Hans-Jürgen . Wollersheim. e-mail: . h.j.wollersheim@gsi.de. web-page: . https://web-docs.gsi.de/~. wolle/. and click on . thermodynamics. subatomic physics. Sun´s energy. Learning Intentions . Properties of Stars. In this topic we are going to examine: . temperature and colour of a star. spectral class. the power of a star. stellar luminosity. apparent brightness. symbols.