Emission is studied at luminosities lower than those for which individual discrete sources can be studied. It is shown that normal galaxies do not appear to provide the numerous low luminosity X-ray sources which could make up the 2-60 keV diffuse background. Indeed, upper limits suggest luminosities comparable with, or a little less than, that of the galaxy. This is consistent with the fact that the average optical luminosity of the sample galaxies within approximately 20 Mpc is slightly lower than that of the galaxy. An upper limit of approximately 1% of the diffuse background from such sources is derived
We study the diffuse X-ray luminosity (L-X) of star-forming galaxies using two-dimensional axisymmet...
Limit on line emission in X ray background at high galactic latitudes - rocket observatio
We present measurements of the evolution of normal-galaxy X-ray emission from z 0-7 using local gala...
Observed limits on diffuse X-ray emission from M101 require that the temperature of any coronal or m...
We investigated the X-ray spectral properties of a collection of low-mass X-ray binaries (LMXBs) wit...
A search was made of a diffuse component of X-rays 1.5 keV associated with an interarm region of th...
The diffuse 2-60 keV X-ray background has a galactic component clearly detectable by its strong vari...
The study of X-ray emission from normal galaxies began with the launch of the Einstein Observatory i...
The spectrum of the extragalactic diffuse X-ray background was measured with the GSFC cosmic X-ray e...
A new measurement of the diffuse X-ray emission sets more stringent upper limits on the fluctuations...
Measurements of the X-ray surface brightness of a face on disk galaxy M101, have previously been use...
We study the diffuse X-ray luminosity (L-X) of star-forming galaxies using two-dimensional axisymmet...
Using the XMM–Newton slew survey, we construct a hard-band selected sample of low-luminosity Galacti...
A model for the origin of relativistic particles and gamma rays in active galactic nuclei and quasar...
We have derived bias-corrected X-ray luminosity functions (XLFs) of sources detected in a uniformly ...
We study the diffuse X-ray luminosity (L-X) of star-forming galaxies using two-dimensional axisymmet...
Limit on line emission in X ray background at high galactic latitudes - rocket observatio
We present measurements of the evolution of normal-galaxy X-ray emission from z 0-7 using local gala...
Observed limits on diffuse X-ray emission from M101 require that the temperature of any coronal or m...
We investigated the X-ray spectral properties of a collection of low-mass X-ray binaries (LMXBs) wit...
A search was made of a diffuse component of X-rays 1.5 keV associated with an interarm region of th...
The diffuse 2-60 keV X-ray background has a galactic component clearly detectable by its strong vari...
The study of X-ray emission from normal galaxies began with the launch of the Einstein Observatory i...
The spectrum of the extragalactic diffuse X-ray background was measured with the GSFC cosmic X-ray e...
A new measurement of the diffuse X-ray emission sets more stringent upper limits on the fluctuations...
Measurements of the X-ray surface brightness of a face on disk galaxy M101, have previously been use...
We study the diffuse X-ray luminosity (L-X) of star-forming galaxies using two-dimensional axisymmet...
Using the XMM–Newton slew survey, we construct a hard-band selected sample of low-luminosity Galacti...
A model for the origin of relativistic particles and gamma rays in active galactic nuclei and quasar...
We have derived bias-corrected X-ray luminosity functions (XLFs) of sources detected in a uniformly ...
We study the diffuse X-ray luminosity (L-X) of star-forming galaxies using two-dimensional axisymmet...
Limit on line emission in X ray background at high galactic latitudes - rocket observatio
We present measurements of the evolution of normal-galaxy X-ray emission from z 0-7 using local gala...