Publication date
December 2016
DOIAbstract
Fast interstellar dust extinction laws in Python: Cython-optimized implementations of empirical dust exitinction laws found in the literature
Fast interstellar dust extinction laws in Python: Cython-optimized implementations of empirical dust exitinction laws found in the literature
Context. The properties of dust grains, in particular their size distribution, are expected to diffe...
Extinction generally occurs whenever electromagnetic radiation propagates through a medium containin...
We present the analysis of a large sample of lines of sight with extinction curves covering waveleng...
Fast interstellar dust extinction laws in Python: Cython-optimized implementations of empirical dust...
NIR/MIR enhancements for two papers on the NIR (Decleir et al. 2021) and MIR (Gordon et al. 2021) Mi...
Dust extinction is the most robust tracer of the gas distribution in the interstellar medium, but me...
A python code to generate the extinction law between 0.8 -- 2.2 microns as described in ''The Optica...
Release including all flavors of dust extinction curves - averages, parameter dependent averages, du...
We present an independent estimate of the interstellar extinction law for the Spitzer IRAC bands as ...
International audienceEstimates of interstellar extinction are essential in a broad range of astrono...
In short, my participation in the Python in Astronomy in 2016 taught me what it takes to make softwa...
We present a model for interstellar extinction dust, in which we assume a bimodal distribution of ex...
International audienceContext. In the past few years, the extinction law has been measured in the in...
This is the version of DustPy that was used for the publication in the Astrophysical Journal
We determine the extinction law through Cep OB3b, a young cluster of 3000 stars undergoing gas dispe...
Context. The properties of dust grains, in particular their size distribution, are expected to diffe...
Extinction generally occurs whenever electromagnetic radiation propagates through a medium containin...
We present the analysis of a large sample of lines of sight with extinction curves covering waveleng...
Fast interstellar dust extinction laws in Python: Cython-optimized implementations of empirical dust...
NIR/MIR enhancements for two papers on the NIR (Decleir et al. 2021) and MIR (Gordon et al. 2021) Mi...
Dust extinction is the most robust tracer of the gas distribution in the interstellar medium, but me...
A python code to generate the extinction law between 0.8 -- 2.2 microns as described in ''The Optica...
Release including all flavors of dust extinction curves - averages, parameter dependent averages, du...
We present an independent estimate of the interstellar extinction law for the Spitzer IRAC bands as ...
International audienceEstimates of interstellar extinction are essential in a broad range of astrono...
In short, my participation in the Python in Astronomy in 2016 taught me what it takes to make softwa...
We present a model for interstellar extinction dust, in which we assume a bimodal distribution of ex...
International audienceContext. In the past few years, the extinction law has been measured in the in...
This is the version of DustPy that was used for the publication in the Astrophysical Journal
We determine the extinction law through Cep OB3b, a young cluster of 3000 stars undergoing gas dispe...
Context. The properties of dust grains, in particular their size distribution, are expected to diffe...
Extinction generally occurs whenever electromagnetic radiation propagates through a medium containin...
We present the analysis of a large sample of lines of sight with extinction curves covering waveleng...
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