About: Chiappini, C.

Documentation

scienceplus.abes.fr version Bêta

scienceplus.abes.fr | explorer

À propos de : Chiappini, C. Goto Sponge NotDistinct Permalink

Attributs	Valeurs
type	Person
sameAs	Chiappini, C.
name	Chiappini, C. Chiappini, Cristina
personal mailbox	cristina.chiappini@aip.de Cristina.Chiappini@aip.de Cristina.Chiappini@unige.ch chiappini@ts.astro.it
familyName	Chiappini
Given name	C. Cristina
is relates of	http://hub.abes.fr/edp/periodical/aa/2011/volume_534/issue_2011/aa17566-11/authorship/2 http://hub.abes.fr/edp/periodical/aa/2013/volume_558/issue_2013/aa20189-12/authorship/2 http://hub.abes.fr/edp/periodical/aa/2015/volume_576/issue_2015/aa25865-15/authorship/1 http://hub.abes.fr/edp/periodical/aa/2016/volume_595/issue_2016/aa29106-16/authorship/4 http://hub.abes.fr/edp/periodical/eas/2012/volume_54/issue_2012/eas54_appendix/authorship/5 http://hub.abes.fr/edp/periodical/aa/2013/volume_553/issue_2013/aa19607-12/authorship/2 http://hub.abes.fr/edp/periodical/aa/2014/volume_570/issue_2014/aa24311-14/authorship/2 http://hub.abes.fr/edp/periodical/aa/2015/volume_577/issue_2015/aa25698-15/authorship/4 http://hub.abes.fr/edp/periodical/aa/2014/volume_564/issue_2014/aa23038-13/authorship/2 http://hub.abes.fr/edp/periodical/aa/2015/volume_585/issue_2015/aa23177-13/authorship/4 http://hub.abes.fr/edp/periodical/epjconf/2012/volume_19/issue_2012/epjconf_apmw2012_09004/authorship/5 http://hub.abes.fr/edp/periodical/aa/2015/volume_576/issue_2015/aa24153-14/authorship/3 http://hub.abes.fr/edp/periodical/aa/2013/volume_553/issue_2013/aa20809-12/authorship/2 http://hub.abes.fr/edp/periodical/aa/2015/volume_582/issue_2015/aa25924-15/authorship/6 http://hub.abes.fr/edp/periodical/aa/2009/volume_500/issue_3/aa10841-08/authorship/2 http://hub.abes.fr/edp/periodical/aa/2009/volume_504/issue_2/aa11756-09/authorship/3 http://hub.abes.fr/edp/periodical/eas/2011/volume_45/issue_2011/eas1045049/authorship/4 http://hub.abes.fr/edp/periodical/eas/2015/volume_6768/issue_2015/eas1567058/authorship/6 http://hub.abes.fr/edp/periodical/eas/2016/volume_7374/issue_2016/eas1573006/authorship/4 http://hub.abes.fr/edp/periodical/eas/2012/volume_54/issue_2012/foreword/authorship/5 http://hub.abes.fr/edp/periodical/eas/2015/volume_6768/issue_2015/eas1567030/authorship/5 http://hub.abes.fr/edp/periodical/aa/2010/volume_515/issue_2010/aa14086-10/authorship/2 http://hub.abes.fr/edp/periodical/aa/2013/volume_559/issue_2013/aa22085-13/authorship/9 http://hub.abes.fr/edp/periodical/aa/2012/volume_542/issue_2012/aa19132-12/authorship/5 http://hub.abes.fr/edp/periodical/aa/2016/volume_593/issue_2016/aa28104-16/authorship/2 http://hub.abes.fr/edp/periodical/eas/2012/volume_54/issue_2012/eas54_chap2/authorship/5 http://hub.abes.fr/edp/periodical/aa/2014/volume_565/issue_2014/aa23432-14/authorship/2 http://hub.abes.fr/edp/periodical/eas/2012/volume_54/issue_2012/eas54_chap1/authorship/5 http://hub.abes.fr/edp/periodical/eas/2012/volume_54/issue_2012/eas54_chap3/authorship/5 http://hub.abes.fr/edp/periodical/eas/2012/volume_54/issue_2012/eas54_chap4/authorship/5 http://hub.abes.fr/edp/periodical/aa/2002/volume_395/issue_3/aah3819/authorship/1 http://hub.abes.fr/edp/periodical/aa/2009/volume_505/issue_2/aa12759-09/authorship/4 http://hub.abes.fr/edp/periodical/aa/2010/volume_521/issue_2010/aa13377-09/authorship/7 http://hub.abes.fr/edp/periodical/aa/2016/volume_588/issue_2016/aa26895-15/authorship/9 http://hub.abes.fr/edp/periodical/aa/2016/volume_594/issue_2016/aa28019-15/authorship/4 http://hub.abes.fr/edp/periodical/aa/2013/volume_551/issue_2013/aa20584-12/authorship/8 http://hub.abes.fr/edp/periodical/aa/2014/volume_568/issue_2014/aa23974-14/authorship/10 http://hub.abes.fr/edp/periodical/aa/2014/volume_572/issue_2014/aa23487-14/authorship/2 http://hub.abes.fr/edp/periodical/aa/2015/volume_583/issue_2015/aa25883-15/authorship/8 http://hub.abes.fr/edp/periodical/aa/2016/volume_586/issue_2016/aa26969-15/authorship/27 http://hub.abes.fr/edp/periodical/aa/2016/volume_593/issue_2016/aa28083-16/authorship/4
is Author of	The role of neutron star mergers in the chemical evolution of the Galactic halo Chapter 3 : Oxygen Production and Destruction Stellar diffusion in barred spiral galaxies Chemical gradients in the Milky Way from the RAVE data Abundances of carbon-enhanced metal-poor stars as constraints on their formation Asteroseismology and Galactic Archaeology Are C-rich ultra iron-poor stars also He-rich? Looking for imprints of the first stellar generations in metal-poor bulge field stars Appendix A : The atomic physics of oxygen Chapter 1 : How to Derive Oxygen Abundances Foreword Galactic Archaeology: what changes when ages are known? The chemical evolution of the Galactic thick and thin disks Understanding the formation of the Milky Way in the era of Gaia Effects of thermohaline instability and rotation-induced mixing on the evolution of light elements in the Galaxy: D, 3He and 4He Young [ α/Fe]-enhanced stars discovered by CoRoT and APOGEE: What is their origin? Does the chemical signature of TYC 8442-1036-1 originate from a rotating massive star that died in a faint explosion? Chemodynamical evolution of the Milky Way disk Chemodynamics of the Milky Way Constraints on CEMP-no progenitors from nuclear astrophysics Self-similarity in the chemical evolution of galaxies and the delay-time distribution of SNe Ia Explaining the Ba, Y, Sr, and Eu abundance scatter in metal-poor halo stars: constraints to the r-process Chapter 2 : A Panorama of Oxygen in the Universe Evolution of deuterium, $^{\rm 3}$He and $^{\rm 4}$He in the Galaxy Planetary nebulae in the direction of the Galactic bulge: on nebulae with emission-line central stars The evolution of the mass-metallicity relation in galaxies of different morphological types The evolution of carbon and oxygen in the bulge and disk of the Milky Way The effects of stellar winds of fast-rotating massive stars in the earliest phases of the chemical enrichment of the Galaxy LTE or non-LTE, that is the question The relation between chemical abundances and kinematics of the Galactic disc with RAVE The s-process in the Galactic halo: the fifth signature of spinstars in the early Universe? Chemical gradients in the Milky Way from the RAVE data High-resolution abundance analysis of red giants in the globular cluster NGC 6522 Chemodynamical evolution of the Milky Way disk The first stars: CEMP-no stars and signatures of spinstars Abundance patterns in early-type galaxies: is there a “knee” in the [Fe/H] vs. [ α/Fe] relation? The Gaia-ESO Survey: New constraints on the Galactic disc velocity dispersion and its chemical dependencies Spectro-photometric distances to stars: A general purpose Bayesian approach The Gaia-ESO Survey: Separating disk chemical substructures with cluster models Chapter 4 : The Evolution of Oxygen in Galaxies 4MOST - 4-meter Multi-Object Spectroscopic Telescope

Alternative Linked Data Documents: ODE Content Formats:

RDF

ODATA

Microdata