C. Mendoza

发表

VAMDC - The Virtual Atomic and Molecular Data Centre - A new way to disseminate atomic and molecular data - VAMDC level 1 release

Jonathan Tennyson, Laurence S. Rothman, J. L. Culhane, 2011 .

Periodic and chaotic scattering of classical particles on regular surfaces

C. Mendoza, R. Angulo, J. González, 2001 .

Inelastic scattering of classical particles on Langevin thermostatic surfaces

C. Mendoza, R. Angulo, J. González, 2001 .

Virtual Atomic and Molecular Data Centre

Jonathan Tennyson, Laurence S. Rothman, J. L. Culhane, 2010 .

The virtual atomic and molecular data centre (VAMDC) consortium

Jonathan Tennyson, Laurence S. Rothman, Iouli E. Gordon, 2016 .

A Decade with VAMDC: Results and Ambitions

P. A. Loboda, P. Scheier, H. Müller, 2020, Atoms.

Atomic data activities by the OP and IP consortia: past, present and new perspectives within the VAMDC

C. Mendoza, Luis A. Núñez, 2010, 1003.0843.

A benchmark of the He-like triplet for ions with 6 ≤ Z ≤ 14 in Maxwellian and non-Maxwellian plasmas

C. Mendoza, M. Bautista, E. Gatuzz, 2016, 1606.01440.

ISMabs: A COMPREHENSIVE X-RAY ABSORPTION MODEL FOR THE INTERSTELLAR MEDIUM

C. Mendoza, T. Kallman, T. Gorczyca, 2014, 1412.3813.

Results from the opacity project and TOPbase

C. Mendoza, 1996 .

Atomic Data from the Opacity Project

C. Mendoza, 1992 .

Electron impact excitation of the forbidden transitions of S III and calculated term structure of S II

C. Mendoza, 1982 .

Atomic data from the IRON Project. XXXIV. Electron impact excitation of Fe XVI

Claudio Mendoza, C. J. Zeippen, M. E. Galavís, 1999 .

K-Shell Photoabsorption of Oxygen Ions

C. Mendoza, J. García, T. Kallman, 2004, astro-ph/0411374.

Atomic decay data for modeling the Al K lines

P. Quinet, C. Mendoza, T. Kallman, 2011 .

MODELING THE OXYGEN K ABSORPTION IN THE INTERSTELLAR MEDIUM: AN XMM-NEWTON VIEW OF Sco X-1

P. Quinet, C. Mendoza, T. Kallman, 2011, 1101.1114.

Plasma-environment effects on K lines of astrophysical interest

P. Quinet, C. Mendoza, B. M.A., 2018, Astronomy & Astrophysics.

Plasma environment effects on K lines of astrophysical interest

P. Quinet, C. Mendoza, J. García, 2020, Astronomy & Astrophysics.

Radiative and Auger Decay Data for Modeling Nickel K Lines

P. Quinet, C. Mendoza, J. García, 2008, 0806.1112.

Photoionization Modeling and the K Lines of Iron

Astronomy, Greenbelt, Caracas, 2004, astro-ph/0405210.

IPOPv2 online service for the generation of opacity tables

C. Mendoza, C. Zeippen, F. Delahaye, 2015, 1511.07260.

Decay properties of K-vacancy states in Fe X–Fe XVII

C. Mendoza, T. Kallman, M. Bautista, 2003, astro-ph/0306320.

Radiative and Auger Decay of K-Vacancy Levels in the Ne, Mg, Si, S, Ar, and Ca Isonuclear Sequences

P. Quinet, C. Mendoza, J. García, 2008 .

Atomic data from the IRON Project - XXII. Radiative rates for forbidden transitions within the ground configuration of ions in the carbon and oxygen isoelectronic sequences

C. Mendoza, C. Zeippen, M. Galavís, 1997 .

Plasma environment effects on K lines of astrophysical interest

Javier A. García, P. Quinet, C. Mendoza, 2018, Astronomy & Astrophysics.

Silicon ISM X-ray absorption: the gaseous component

C. Mendoza, N. Schulz, T. Gorczyca, 2020 .

Oxygen, neon, and iron X-ray absorption in the local interstellar medium

C. Mendoza, T. Kallman, E. Gatuzz, 2016, 1602.06955.

K-SHELL PHOTOIONIZATION OF Na-LIKE TO Cl-LIKE IONS OF Mg, Si, S, Ar, AND Ca

P. Quinet, C. Mendoza, T. Kallman, 2010, 1010.3734.

NITROGEN K-SHELL PHOTOABSORPTION

P. Quinet, C. Mendoza, J. García, 2009, 0910.3576.

K-SHELL PHOTOIONIZATION AND PHOTOABSORPTION OF Ne, Mg, Si, S, Ar, AND Ca

P. Quinet, C. Mendoza, T. Kallman, 2009 .

K-shell photoionization and electron impact excitation of Fe XVII–Fe XXIII

C. Mendoza, M. Bautista, P. Palmeri, 2004 .

Plasma environment effects on the atomic structure and K-lines of He- and Li-like oxygen ions

Bautista, P. Quinet, C. Mendoza, 2018 .

The Problem of the High Iron Abundance in Accretion Disks around Black Holes

P. Quinet, C. Mendoza, T. Kallman, 2018, 1805.00581.

PHOTOIONIZATION MODELING OF OXYGEN K ABSORPTION IN THE INTERSTELLAR MEDIUM: THE CHANDRA GRATING SPECTRA OF XTE J1817-330

Javier A. García, P. Quinet, C. Mendoza, 2013, 1303.2396.

Interstellar catalysis: Formation of small molecules on a graphitic flake

C. Mendoza, F. Ruette, Morella Sánchez, 2010 .

Atomic data from the IRON Project

C. Mendoza, C. Zeippen, M. Galavís, 1998 .

2 A Panorama of Oxygen in the Universe

C. Chiappini, F. Durret, G. Meynet, 2012, Oxygen in the Universe.

Transition probabilities for forbidden lines in the 3p/2/ configuration. - II

C. Mendoza, C. Zeippen, 1982 .

IPOPv2 online service for the generation of opacity tables

C. Mendoza, C. Zeippen, F. Delahaye, 2015, 1511.07260.

OPACITY PROJECT : RADIATIVE LIFETIMES FOR IONS IN THE Mg ISOELECTRONIC SEQUENCE

C. Mendoza, C. Zeippen, K. Butler, 1991 .

Photoionisation cross sections of the ground states of neutral Si, P and S

C. Mendoza, C. Zeippen, 1988 .

Chapter 1 : How to Derive Oxygen Abundances

C. Chiappini, F. Durret, G. Meynet, 2012 .

K-shell Photoionization of Na-like to Cl-like Ions of Mg, Si, S, Ar, and Ca

P. Quinet, C. Mendoza, T. Kallman, 2010, 1010.3734.

ERRATUM: “PHOTOIONIZATION MODELING OF OXYGEN K ABSORPTION IN THE INTERSTELLAR MEDIUM, THE CHANDRA GRATING SPECTRA OF XTE J1817-330” (2013, ApJ, 768, 60)

P. Quinet, C. Mendoza, J. García, 2013 .

Atomic data for opacity calculations. XIX. The magnesium isoelectronic sequence

Claudio Mendoza, C. J. Zeippen, C. Mendoza, 1993 .

Radiative atomic data for neutral magnesium. I - Oscillator strengths. II - Photoionization cross sections

C. Mendoza, C. Zeippen, 1987 .

Radiative atomic data for neutral magnesium. II: Photoionization cross sections

C. Mendoza, C. Zeippen, 1987 .

Oscillator strengths and photoionization cross-sections for positive ions in the magnesium isoelectronic sequence

C. Mendoza, C. Zeippen, K. Butler, 1984 .

Formation of monocarboxylic acids and polyols on a graphite surface

S. Schnell, C. Mendoza, F. Ruette, 2008 .

Atomic Data Assessment with PyNeb

C. Morisset, C. Mendoza, M. Bautista, 2020, Atoms.

Atomic data from the IRON Project - XXXII. On the accuracy of the effective collision strength for the electron impact excitation of the quadrupole transition in Ar iii

C. Mendoza, C. Zeippen, M. Galavís, 1998 .

ATOMIC DATA AND SPECTRAL MODEL FOR Fe II

G. Ferland, P. Quinet, C. Mendoza, 2010, 1007.1960.

Atomic data for opacity calculations. XXIII. The aluminium isoelectronic sequence

Claudio Mendoza, C. J. Zeippen, M Le Dourneuf, 1995 .

Photoionization and photoabsorption cross sections for the aluminum iso-nuclear sequence

Javier A. García, P. Quinet, C. Mendoza, 2013 .

K-shell photoabsorption and photoionization of trace elements

P. Quinet, C. Mendoza, T. Kallman, 2017, Astronomy & Astrophysics.

K-shell photoabsorption and photoionisation of trace elements - I. Isoelectronic sequences with electron number 3 ≤N ≤ 11

P. Quinet, C. Mendoza, T. Kallman, 2016 .

Oscillator strengths and photoionisation cross sections for positive ions in the sodium isoelectronic sequence

C. Mendoza, C. Zeippen, K. Butler, 1984 .

Photoionisation cross section of the ground state of neutral sodium

C. Mendoza, K. Butler, 1983 .

Electron impact excitation cross sections of Mg II calculated in a four-state close-coupling approximation

C. Mendoza, 1981 .

Term structure of Mg I calculated in a frozen-cores approximation

C. Mendoza, 1981 .

Appendix A : The atomic physics of oxygen

C. Chiappini, F. Durret, G. Meynet, 2012 .

CATIVIC: Parametric Quantum Chemistry Package for Catalytic Reactions: I

Fernando Ruette, Luis Rincón, Anibal Sierraalta, 2004 .

Calculation of one-center integrals in parametric methods using simulated annealing and simplex methods

C. Mendoza, F. Ruette, A. Sierraalta, 2004 .

Recent advances in atomic calculations and experiments of interest in the study of planetary nebulae

Claudio Mendoza, C. Mendoza, 1983 .

Application of computational methods to catalytic systems

C. Mendoza, F. Ruette, A. Sierraalta, 2005 .

A Complete Set of Radiative and Auger Rates for K-vacancy States in Fe XVIII-Fe XXV

Claudio Mendoza, Manuel A. Bautista, Patrick Palmeri, 2003 .

Atomic Data for the K-Vacancy States of Fe XXIV

C. Mendoza, C. Mendoza, T. Kallman, 2002, astro-ph/0207323.

Atomic Databases: Four of a Kind

Claudio Mendoza, C. Mendoza, 2020, Atoms.

AtomPy: An Open Atomic Data Curation Environment for Astrophysical Applications

Claudio Mendoza, Josiah S. Boswell, David C. Ajoku, 2014 .

Modeling of Iron K Lines: Radiative and Auger Decay Data for Fe II-Fe IX

C. Mendoza, C. Mendoza, T. Kallman, 2003, astro-ph/0306321.

The XSTAR Atomic Database

Timothy R. Kallman, Claudio Mendoza, Manuel A. Bautista, 2001 .

Werner Eissner (1930–2022): A Pioneer in Computational Atomic Physics

C. Mendoza, C. Zeippen, H. Nussbaumer, 2023, Atoms.

Updated opacities from the Opacity Project

C. J. Zeippen, N. R. Badnell, C. Mendoza, 2004, astro-ph/0410744.

Atomic Data from the Opacity Project

Claudio Mendoza, C. Mendoza, 1992 .

Atomic Decay Data for Modeling K Lines of Iron Peak and Light Odd-Z Elements*

P. Quinet, C. Mendoza, T. Kallman, 2012 .

The Opacity Project―the TOPBASE atomic database

Claudio Mendoza, C. Mendoza, W. Cunto, 1992 .

Collisional excitation rates for transitions between the fine structure levels of the ground term of Ne2

C. Mendoza, K. Butler, 1984 .

Atomic Data Assessment with PyNeb: Radiative and Electron Impact Excitation Rates for [Fe ii] and [Fe iii]

C. Morisset, C. Mendoza, M. Bautista, 2023, Atoms.

Atomic hydrogen interaction with a cluster-model graphite surface: Chemisorption, coverage and H2 surface recombination

C. Mendoza, F. Ruette, 1989 .

Atomic data from the IRON Project

Claudio Mendoza, C. J. Zeippen, M. E. Galavís, 1999 .

Reverse-Engineering Laboratory Astrophysics: Oxygen Inner-shell Absorption in the ISM.

C. Mendoza, J. García, T. Kallman, 2017, AIP conference proceedings.

Computation of Atomic Astrophysical Opacities

Claudio Mendoza, C. Mendoza, 2017, 1704.03528.

How to Make an Atomic Blog in Your Own Kitchen. Summary of the Workshop: Uncertainties in Atomic Data and How They Propagate in Chemical Abundances

Roger Wesson, Valentina Luridiana, Jorge Garc'ia-Rojas, 2011, 1110.1873.

Data-Intensive Profile for the VAMDC

Claudio Mendoza, C. Mendoza, 2013 .

The Opacity Project - Computation of Atomic Data

Claudio Mendoza, C. J. Zeippen, K A Berrington, 1992 .

Atomic data from the IRON Project. X. Effective collision strengths for infrared transitions in silicon- and sulphur-like ions.

C. Mendoza, C. Zeippen, M. Galavís, 1995 .

High-Density Plasma Effects in Accretion Disks around Black Holes

Javier A. García, P. Quinet, C. Mendoza, 2020 .

A COMPREHENSIVE X-RAY ABSORPTION MODEL FOR ATOMIC OXYGEN

C. Mendoza, J. Kaastra, M. Bautista, 2013, 1310.1889.

UNCERTAINTIES IN ATOMIC DATA AND THEIR PROPAGATION THROUGH SPECTRAL MODELS. I.

P. Quinet, C. Mendoza, M. Bautista, 2013, 1301.3463.

TESTING THE EXISTENCE OF NON-MAXWELLIAN ELECTRON DISTRIBUTIONS IN H ii REGIONS AFTER ASSESSING ATOMIC DATA ACCURACY

C. Mendoza, M. Bautista, 2014, 1402.4044.

SPECTRUM SYNTHESIS MODELING OF THE X-RAY SPECTRUM OF GRO J1655-40 TAKEN DURING THE 2005 OUTBURST

Claudio Mendoza, John Raymond, Patrick Palmeri, 2009, 0905.4206.

PHYSICAL PROPERTIES OF THE INTERSTELLAR MEDIUM USING HIGH-RESOLUTION CHANDRA SPECTRA: O K-EDGE ABSORPTION

C. Mendoza, M. Bautista, T. Gorczyca, 2014, 1403.2115.

The XSTAR Atomic Database

Timothy R. Kallman, Claudio Mendoza, Manuel A. Bautista, 2020, Atoms.

Theoretical modelling of emission-line galaxies: new classification parameters for mid-infrared and optical spectroscopy

T. Heckman, C. Mendoza, S. Kraemer, 2014, 1406.5563.

Detection of cesium in the atmosphere of the hot He-rich white dwarf HD 149499B

C. Mendoza, J. Deprince, P. Chayer, 2022, 2211.01868.

Iron Project: atomic data for IR lines

H. L. Zhang, V. M. Burke, C. J. Zeippen, 2006, Proceedings of the International Astronomical Union.