We model the spectra and spectral energy distribution of V838 Mon which were observed in February, March, and November, 2002. Theoretical spectra are calculated using the classical model atmospheres taking into account absorption of atomic and molecular lines. By fitting the observed spectra we determine the physical parameters of the atmosphere of V838 Mon. These parameters are determined to be Teff = 5330 +/- 300 K, 5540 +/- 270 K, 4960 +/- 190 K, and 2000 +/- 200 K for February 25, March 2, March 26, and November 6, respectively
We present observations of V838 Mon and its close vicinity in the three lowest rotational transition...
We have calculated a grid of more than 700 model atmospheres valid for a wide range of parameters en...
The eruptive variable V838 Monocerotis (V838 Mon) gained notoriety in 2002 when it brightened nine m...
We present the results of modelling the 0.45--1 micron spectral energy distribution of V838 Mon for ...
Aims. We aim to probe the close and distant circumstellar environments of the stellar outburst objec...
We describe the results of fitting simple spherically symmetric models to the first overtone CO and ...
Near IR, multi-epoch, spectroscopic and photometric observations of the enigmatic, eruptive variable...
We report optical and near-infrared spectroscopy, and optical spectropolarimetry, of the peculiar va...
Context. V838 Mon erupted at the beginning of 2002. In the course of the outburst the object evolved...
We report spectra of the overtone and fundamental bands of CO in the eruptive variable V838 Mon, whi...
Aims. We aim to probe the close and distant circumstellar environments of the stellar outb...
We report on the results of a number of infrared spectra (0.8–2.5, 2.1–4.6, and 3–14 m) of V838 Mono...
The planets capture model for the eruption of V838 Mon is discussed. We used three methods to estima...
Context. V838 Monocerotis is a peculiar binary that underwent an immense stellar explosion in 2002, ...
V838 Mon is the prototype of a new class of objects. Understanding the nature of its multi-stage out...
We present observations of V838 Mon and its close vicinity in the three lowest rotational transition...
We have calculated a grid of more than 700 model atmospheres valid for a wide range of parameters en...
The eruptive variable V838 Monocerotis (V838 Mon) gained notoriety in 2002 when it brightened nine m...
We present the results of modelling the 0.45--1 micron spectral energy distribution of V838 Mon for ...
Aims. We aim to probe the close and distant circumstellar environments of the stellar outburst objec...
We describe the results of fitting simple spherically symmetric models to the first overtone CO and ...
Near IR, multi-epoch, spectroscopic and photometric observations of the enigmatic, eruptive variable...
We report optical and near-infrared spectroscopy, and optical spectropolarimetry, of the peculiar va...
Context. V838 Mon erupted at the beginning of 2002. In the course of the outburst the object evolved...
We report spectra of the overtone and fundamental bands of CO in the eruptive variable V838 Mon, whi...
Aims. We aim to probe the close and distant circumstellar environments of the stellar outb...
We report on the results of a number of infrared spectra (0.8–2.5, 2.1–4.6, and 3–14 m) of V838 Mono...
The planets capture model for the eruption of V838 Mon is discussed. We used three methods to estima...
Context. V838 Monocerotis is a peculiar binary that underwent an immense stellar explosion in 2002, ...
V838 Mon is the prototype of a new class of objects. Understanding the nature of its multi-stage out...
We present observations of V838 Mon and its close vicinity in the three lowest rotational transition...
We have calculated a grid of more than 700 model atmospheres valid for a wide range of parameters en...
The eruptive variable V838 Monocerotis (V838 Mon) gained notoriety in 2002 when it brightened nine m...