The profile of the absorption feature at 2200 Å has been calculated for model grains of graphite, graphite core-dirty ice mantle and silicate. They are compared with the observed profile obtained by Bless and Savage from a number of early type stars. We have also shown that it is unlikely that the radiation damage of silicates in Interstellar Space can also contribute to the absorption feature at 2200 Å. Lastly, we have discussed briefly how one can meet the objections that have been raised on the silicate model
We calculate the absorption efficiency of the composite grains, made up of host silicate spheroids a...
Context. Studying the composition of dust in the interstellar medium (ISM) is crucial for understand...
Observationally, both the 3.4 μm aliphatic hydrocarbon C-H stretching absorption feature and the 9.7...
The profile of the absorption feature at 2200 Å has been calculated for model grains of graphite, gr...
Dust in the interstellar medium is important to astronomers because it absorbs light from more dista...
Context. Studying absorption and scattering of X-ray radiation by interstellar dust grains allows us...
The observations of the absorption feature in the infrared spectrum by Knacke, Gaustad, Gillett, and...
Infrared spectroscopy provides a direct handle on the composition and structure of interstellar dust...
Infrared spectroscopy provides a direct handle on the composition and structure of interstellar dust...
Infrared spectroscopy provides a direct handle on the composition and structure of interstellar dust...
Context. Studying the composition of dust in the interstellar medium (ISM) is crucial for understand...
Context. Studying the composition of dust in the interstellar medium (ISM) is crucial for understand...
Context. The composition and properties of interstellar silicate dust are not well understood. In X-...
A critical study is made of the various grain models. It is shown that the radar-scattering curve ca...
We report on a study of interstellar silicate dust in five quasar absorption systems at 0.44 2.8σ l...
We calculate the absorption efficiency of the composite grains, made up of host silicate spheroids a...
Context. Studying the composition of dust in the interstellar medium (ISM) is crucial for understand...
Observationally, both the 3.4 μm aliphatic hydrocarbon C-H stretching absorption feature and the 9.7...
The profile of the absorption feature at 2200 Å has been calculated for model grains of graphite, gr...
Dust in the interstellar medium is important to astronomers because it absorbs light from more dista...
Context. Studying absorption and scattering of X-ray radiation by interstellar dust grains allows us...
The observations of the absorption feature in the infrared spectrum by Knacke, Gaustad, Gillett, and...
Infrared spectroscopy provides a direct handle on the composition and structure of interstellar dust...
Infrared spectroscopy provides a direct handle on the composition and structure of interstellar dust...
Infrared spectroscopy provides a direct handle on the composition and structure of interstellar dust...
Context. Studying the composition of dust in the interstellar medium (ISM) is crucial for understand...
Context. Studying the composition of dust in the interstellar medium (ISM) is crucial for understand...
Context. The composition and properties of interstellar silicate dust are not well understood. In X-...
A critical study is made of the various grain models. It is shown that the radar-scattering curve ca...
We report on a study of interstellar silicate dust in five quasar absorption systems at 0.44 2.8σ l...
We calculate the absorption efficiency of the composite grains, made up of host silicate spheroids a...
Context. Studying the composition of dust in the interstellar medium (ISM) is crucial for understand...
Observationally, both the 3.4 μm aliphatic hydrocarbon C-H stretching absorption feature and the 9.7...