The low mass X-ray binary system 4U 1812-12 was monitored with the INTEGRAL observatory in the period 2003-2004 and with BeppoSAX on April 20, 2000. We report here on the spectral and temporal analysis of both persistent and burst emission. The full data set confirms the persistent nature of this burster, and reveals the presence of emission up to 200 keV. The persistent spectrum is well described by a comptonization (CompTT) model plus a soft blackbody component. The source was observed in a hard spectral state with a 1-200 keV luminosity of $2\times10^{36}$ erg s-1 and $L/L_{\rm Edd}\sim1\%$ and no meaningful flux variation has been revealed, as also confirmed by a 2004 RXTE observation. We have also detected 4 bursts showing do...
We present the first detailed spectral and timing analysis of the high mass X-ray binary (...
We report on the spectral analysis results of the neutron star, atoll type, low mass X-ray Binary 4U...
Context. 4U1705-44 is one of the most-studied type I X-ray burster and Atoll sources. This source re...
Aims. INTEGRAL has been monitoring the Galactic center region for more than a decade. Over this time...
We report results of a one-year monitoring of the low-mass X-ray binary (LMXB) source (atoll type) 4...
Aims. INTEGRAL has been monitoring the Galactic center region for more than a decade. Over this time...
Context.4U 1705-44 is one of the best-studied type I X-ray burster and atoll sources. Aims.S...
Context.The X-ray burster 4U 1850-087, located in the Galactic globular cluster NGC 6712, is an ult...
The X-ray burster 4U1850-087, located in the globular cluster NGC6712, is an ultracompact binary lik...
We report the X-ray spectra of a binary 4U 0614+09 observed with EXOSAT on five different occasions ...
The X-ray burster 4U1850-087, located in the Galactic globular cluster NGC6712, is an ultracompact b...
\integral and \sax observations of the neutron-star LMXB 4U~1705--44 have been analysed to deeply in...
We have studied the binary X-ray source 4U 1907+09 in the energy range 20-100 keV, using a xenon-fil...
Context. 4U 1705-44 is one of the best-studied type I X-ray burster and atoll sources. Aims. Since i...
Context. Highly magnetized pulsars accreting matter in a binary system are bright sources in the X-...
We present the first detailed spectral and timing analysis of the high mass X-ray binary (...
We report on the spectral analysis results of the neutron star, atoll type, low mass X-ray Binary 4U...
Context. 4U1705-44 is one of the most-studied type I X-ray burster and Atoll sources. This source re...
Aims. INTEGRAL has been monitoring the Galactic center region for more than a decade. Over this time...
We report results of a one-year monitoring of the low-mass X-ray binary (LMXB) source (atoll type) 4...
Aims. INTEGRAL has been monitoring the Galactic center region for more than a decade. Over this time...
Context.4U 1705-44 is one of the best-studied type I X-ray burster and atoll sources. Aims.S...
Context.The X-ray burster 4U 1850-087, located in the Galactic globular cluster NGC 6712, is an ult...
The X-ray burster 4U1850-087, located in the globular cluster NGC6712, is an ultracompact binary lik...
We report the X-ray spectra of a binary 4U 0614+09 observed with EXOSAT on five different occasions ...
The X-ray burster 4U1850-087, located in the Galactic globular cluster NGC6712, is an ultracompact b...
\integral and \sax observations of the neutron-star LMXB 4U~1705--44 have been analysed to deeply in...
We have studied the binary X-ray source 4U 1907+09 in the energy range 20-100 keV, using a xenon-fil...
Context. 4U 1705-44 is one of the best-studied type I X-ray burster and atoll sources. Aims. Since i...
Context. Highly magnetized pulsars accreting matter in a binary system are bright sources in the X-...
We present the first detailed spectral and timing analysis of the high mass X-ray binary (...
We report on the spectral analysis results of the neutron star, atoll type, low mass X-ray Binary 4U...
Context. 4U1705-44 is one of the most-studied type I X-ray burster and Atoll sources. This source re...