Skip to main content

Manuel Bautista

Followers

15

Following

1

Public Views

University of Kentucky

Independent Researcher

Thomas Gorczyca

Milica Milojevic

Brendan McLaughlin

Queen's University Belfast

Interests

Uploads

Papers by Manuel Bautista

Iron Project: atomic data for IR lines

Proceedings of the International Astronomical Union, 2006

The Iron Project is an international consortium dedicated to the computation of atomic data for a... more The Iron Project is an international consortium dedicated to the computation of atomic data for astrophysical applications. Although the project has been mainly concerned with ions in the iron group, the earlier papers gave priority to calculations of A-values and electron impact collision strengths for infrared transitions. In the present report we include a compilation of these data which will become useful in the spectral modelling of planetary nebulae.

Radiative data of lowly-ionized iron-peak elements for transitions of astrophysical interest

Tokamak Spectroscopy for X-ray Astronomy

Theoretical Calculations of Atomic Data for

Photoionization and Recombination

Strathprints Institutional Repository

EXCITATION OF [Ni 11] AND [Fe 11] LINES IN GASEOUS NEBULAE

transitions in Ni II and Fe II

Ionization Structure and Spectra of Iron in Nebulae

Emission spectra and ionization structure of iron in gaseous nebulae and partially ionized zones

The Iron Project at Ohio State: collisional and radiative atomic data

H and He-like Ions Emission in the Spectra of X-ray Binaries

The Iron Project (OSU): Large-Scale Computations of Atomic Data

CERN Accelerating science

Electron-Ion Recombinaton of Fe V

Atomic data from the Iron Project. XXXlX. Photoionization cross sections and oscillator strengths for Ni II

Photoionization Modelling of High Density Plasmas

Time-resolved atomic spectroscopy with fast-ion beams, heavy-ion storage rings and ion traps

The RmaX Network: R-matrix calculations for X-ray atomic processes

Iron Project: atomic data for IR lines

Proceedings of the International Astronomical Union, 2006

The Iron Project is an international consortium dedicated to the computation of atomic data for a... more The Iron Project is an international consortium dedicated to the computation of atomic data for astrophysical applications. Although the project has been mainly concerned with ions in the iron group, the earlier papers gave priority to calculations of A-values and electron impact collision strengths for infrared transitions. In the present report we include a compilation of these data which will become useful in the spectral modelling of planetary nebulae.

Radiative data of lowly-ionized iron-peak elements for transitions of astrophysical interest

Tokamak Spectroscopy for X-ray Astronomy

Theoretical Calculations of Atomic Data for

Photoionization and Recombination

Strathprints Institutional Repository

EXCITATION OF [Ni 11] AND [Fe 11] LINES IN GASEOUS NEBULAE

transitions in Ni II and Fe II

Ionization Structure and Spectra of Iron in Nebulae

Emission spectra and ionization structure of iron in gaseous nebulae and partially ionized zones

The Iron Project at Ohio State: collisional and radiative atomic data

H and He-like Ions Emission in the Spectra of X-ray Binaries

The Iron Project (OSU): Large-Scale Computations of Atomic Data

CERN Accelerating science

Electron-Ion Recombinaton of Fe V

Atomic data from the Iron Project. XXXlX. Photoionization cross sections and oscillator strengths for Ni II

Photoionization Modelling of High Density Plasmas

Time-resolved atomic spectroscopy with fast-ion beams, heavy-ion storage rings and ion traps

The RmaX Network: R-matrix calculations for X-ray atomic processes