Search Publications

The complications of learning from Super Soft Source X-ray spectra
DOI: 10.1016/j.asr.2019.09.002 Bibcode: 2020AdSpR..66.1202N

Ness, Jan-Uwe

Super Soft X-ray Sources (SSS) are powered by nuclear burning on the surface of an accreting white dwarf, they are seen around 0.1-1 keV (thus in the soft X-ray regime), depending on effective temperature and the amount of intervening interstellar neutral hydrogen (NH). The most realistic model to derive physical parameters from observe…

2020 Advances in Space Research
XMM-Newton 6
X-ray properties of dwarf nova EY Cyg and the companion star using an XMM-Newton observation
DOI: 10.1016/j.asr.2019.08.033 Bibcode: 2020AdSpR..66.1139N

Balman, Şölen; Nabizadeh, Armin

We present the X-ray analysis of dwarf nova EY Cyg using the 45 ks XMM-Newton observatory archival data obtained in quiescence. We find orbital modulations in X-rays. We simultaneously fitted EPIC pn, MOS1 and MOS2 data using a model for interstellar medium absorption (tbabs) and a multi-temperature plasma emission model with a power-law distribut…

2020 Advances in Space Research
XMM-Newton 4