We report first results on Infrared Space Observatory (ISO) spectroscopic observations of Starburst and Ultraluminous Galaxies. Observations of a wide range of ionic, atomic, and molecular infrared lines enable us to explore in detail the physical conditions in the circumnuclear regions of these galaxies, and to determine, as a first step, parameters such as gas densities and temperatures of ionizing stars. With the help of theoretical modeling this multi-line spectroscopic database is used to further probe the central emission mechanism, discriminate between stellar and non-thermal processes and finally constrain the current models of galactic nuclei
Some of the most `active' galaxies in the Universe are obscured by large quantities of dust and em...
Abstract. ISO studies of normal galaxies in the local Universe have revealed basic new properties wi...
International audienceSome of the most `active' galaxies in the Universe are obscured by large quant...
We report first results on Infrared Space Observatory (ISO) spectroscopic observations of Starburst ...
Mid- and far-infrared spectroscopy of galaxies has become possible for sizeable samples with the adv...
We present low resolution near-infrared spectroscopy of an unbiased sample of 24 ultraluminous infra...
We present a low resolution mid-infrared spectroscopic survey of an unbiased sample of 62 Ultralumin...
With the advent of ISO, mid-infrared spectroscopy has become sensitive enough for detailed analyses ...
Some of the most 'active' galaxies in the Universe are obscured by large quantities of dust and emit...
Spectroscopy from the Infrared Space Observatory ISO has for the first time provided the sensitivity...
Some of the most 'active' galaxies in the Universe are obscured by large quantities of dust and emit...
International audienceSome of the most `active' galaxies in the Universe are obscured by large quant...
Spectroscopy from the Infrared Space Observatory ISO has for the first time provided the sensitivity...
International audienceSome of the most `active' galaxies in the Universe are obscured by large quant...
The aim of this work is to study starbursts and the dynamical processes involved, both from gas and ...
Some of the most `active' galaxies in the Universe are obscured by large quantities of dust and em...
Abstract. ISO studies of normal galaxies in the local Universe have revealed basic new properties wi...
International audienceSome of the most `active' galaxies in the Universe are obscured by large quant...
We report first results on Infrared Space Observatory (ISO) spectroscopic observations of Starburst ...
Mid- and far-infrared spectroscopy of galaxies has become possible for sizeable samples with the adv...
We present low resolution near-infrared spectroscopy of an unbiased sample of 24 ultraluminous infra...
We present a low resolution mid-infrared spectroscopic survey of an unbiased sample of 62 Ultralumin...
With the advent of ISO, mid-infrared spectroscopy has become sensitive enough for detailed analyses ...
Some of the most 'active' galaxies in the Universe are obscured by large quantities of dust and emit...
Spectroscopy from the Infrared Space Observatory ISO has for the first time provided the sensitivity...
Some of the most 'active' galaxies in the Universe are obscured by large quantities of dust and emit...
International audienceSome of the most `active' galaxies in the Universe are obscured by large quant...
Spectroscopy from the Infrared Space Observatory ISO has for the first time provided the sensitivity...
International audienceSome of the most `active' galaxies in the Universe are obscured by large quant...
The aim of this work is to study starbursts and the dynamical processes involved, both from gas and ...
Some of the most `active' galaxies in the Universe are obscured by large quantities of dust and em...
Abstract. ISO studies of normal galaxies in the local Universe have revealed basic new properties wi...
International audienceSome of the most `active' galaxies in the Universe are obscured by large quant...