3D radiative transfer in η Carinae: application of the SIMPLEX algorithm to 3D SPH simulations of binary colliding winds

N Clementel, TI Madura, CJH Kruip… - Monthly Notices of the …, 2014 - academic.oup.com
Eta Carinae is an ideal astrophysical laboratory for studying massive binary interactions and
evolution, and stellar wind–wind collisions. Recent three-dimensional (3D) simulations set …
被引用次数：23 相关文章

3D Radiative Transfer in Carinae: Application of the SimpleX Algorithm to 3D SPH Simulations of Binary Colliding Winds

N Clementel, TI Madura, CJH Kruip, V Icke… - arXiv preprint arXiv …, 2014 - arxiv.org
Eta Carinae is an ideal astrophysical laboratory for studying massive binary interactions and
evolution, and stellar wind-wind collisions. Recent three-dimensional (3D) simulations set …

3D Radiative Transfer in Eta Carinae: Application of the SimpleX Algorithm to 3D SPH Simulations of Binary Colliding Winds

N Clementel, TI Madura, CJH Kruip, V Icke, TR Gull - 2014 - ntrs.nasa.gov
Eta Carinae is an ideal astrophysical laboratory for studying massive binary interactions and
evolution, and stellar wind-wind collisions. Recent three-dimensional (3D) simulations set …
[PDF] psu.edu

[PDF][PDF] 3D Radiative Transfer in η Carinae: Application of the SimpleX Algorithm to 3D SPH Simulations of Binary Colliding Winds

N Clementel, TI Madura, CJH Kruip, V Icke, TR Gull - Citeseer
Eta Carinae is an ideal astrophysical laboratory for studying massive binary interactions and
evolution, and stellar wind-wind collisions. Recent three-dimensional (3D) simulations set …
[PDF] researchgate.net

[PDF][PDF] 3D Radiative Transfer in η Carinae: Application of the SimpleX Algorithm to 3D SPH Simulations of Binary Colliding Winds

N Clementel, TI Madura, CJH Kruip, V Icke, TR Gull - researchgate.net
Eta Carinae is an ideal astrophysical laboratory for studying massive binary interactions and
evolution, and stellar wind-wind collisions. Recent three-dimensional (3D) simulations set …

[引用][C] 3D radiative transfer in η Carinae: application of the SIMPLEX algorithm to 3D SPH simulations of binary colliding winds

N Clementel, TI Madura, CJH Kruip, V Icke… - Monthly Notices of the …, 2014 - cir.nii.ac.jp
3D radiative transfer in η Carinae: application of the SIMPLEX algorithm to 3D SPH simulations
of binary colliding winds | CiNii Research CiNii 国立情報学研究所 学術情報ナビゲータ[サイニィ] …

3D Radiative Transfer in η Carinae: Application of the SimpleX Algorithm to 3D SPH Simulations of Binary Colliding Winds

N Clementel, TI Madura, CJH Kruip, V Icke, TR Gull - astroscu.unam.mx
Eta Carinae is an ideal astrophysical laboratory for studying massive binary interactions and
evolution, and stellar wind-wind collisions. Recent three-dimensional (3D) simulations set …
[PDF] core.ac.uk

[PDF][PDF] 3D Radiative Transfer in η Carinae: Application of the SimpleX Algorithm to 3D SPH Simulations of Binary Colliding Winds

N Clementel, TI Madura, CJH Kruip, V Icke, TR Gull - core.ac.uk
Eta Carinae is an ideal astrophysical laboratory for studying massive binary interactions and
evolution, and stellar wind-wind collisions. Recent three-dimensional (3D) simulations set …

3D radiative transfer in η Carinae: application of the SIMPLEX algorithm to 3D SPH simulations of binary colliding winds

N Clementel, TI Madura, CJH Kruip… - Monthly Notices of …, 2014 - ui.adsabs.harvard.edu
Eta Carinae is an ideal astrophysical laboratory for studying massive binary interactions and
evolution, and stellar wind-wind collisions. Recent three-dimensional (3D) simulations set …

3D radiative transfer in η Carinae: application of the SIMPLEX algorithm to 3D SPH simulations of binary colliding winds

N Clementel, TI Madura, CJH Kruip… - Monthly Notices of the …, 2014 - ieeexplore.ieee.org
Eta Carinae is an ideal astrophysical laboratory for studying massive binary interactions and
evolution, and stellar wind–wind collisions. Recent three-dimensional (3D) simulations set …