We summarize the inflight performance of JEM–X, the X–ray monitor on the INTEGRAL mission during the initial ten months of operations. The JEM–X instruments have now been tuned to stable operational conditions. The performance is found to be close to the pre-launch expectations. The ground calibrations and the inflight calibration data permit to determine the instruments characteristics to fully support the scientific data analysis
Performance expectations for future moderate resolution visible and infrared space instruments based...
This paper presents the process of identification, from a macroscopic point of view, of the Northrop...
We describe the X-ray facility developed for the calibration of the X-ray monitor JEM-X on board the...
We summarize the inflight performance of JEM-X, the X-ray monitor on the INTEGRAL mission during the...
We summarize the inflight performance of JEM-X, the X-ray monitor on the INTEGRAL mission during the...
JEM-X is the X-ray monitor for the INTEGRAL satellite. It devoted to observation of celestial X-ray ...
We report preliminary results on the performance of the X-ray apparatus built to calibrate the X-ray...
The JEM-X monitor provides X-ray spectra and imaging with arcminute angular resolution in the 3 to 3...
The JEM–X monitor provides X-ray spectra and imaging with arcminute angular resolution in the 3 to 3...
We describe the X–ray facility developed for the calibration of the X–ray monitor JEM-X on board th...
The science analysis of the data from JEM-X on INTEGRAL is performed through a number of levels incl...
Ground based prelaunch calibration of satellite instruments usually is not adequate to provide an ac...
The X-Ray monitor JEM-X will be flown aboard the ESA mission INTEGRAL fo r gamma ray astronimy. It h...
Satellite navigation receivers are adequate tracking sensors for range safety of both orbital launch...
The INTEGRAL X-ray monitor, JEM-X, (together with the two gamma ray instruments, SPI and IBIS) provi...
Performance expectations for future moderate resolution visible and infrared space instruments based...
This paper presents the process of identification, from a macroscopic point of view, of the Northrop...
We describe the X-ray facility developed for the calibration of the X-ray monitor JEM-X on board the...
We summarize the inflight performance of JEM-X, the X-ray monitor on the INTEGRAL mission during the...
We summarize the inflight performance of JEM-X, the X-ray monitor on the INTEGRAL mission during the...
JEM-X is the X-ray monitor for the INTEGRAL satellite. It devoted to observation of celestial X-ray ...
We report preliminary results on the performance of the X-ray apparatus built to calibrate the X-ray...
The JEM-X monitor provides X-ray spectra and imaging with arcminute angular resolution in the 3 to 3...
The JEM–X monitor provides X-ray spectra and imaging with arcminute angular resolution in the 3 to 3...
We describe the X–ray facility developed for the calibration of the X–ray monitor JEM-X on board th...
The science analysis of the data from JEM-X on INTEGRAL is performed through a number of levels incl...
Ground based prelaunch calibration of satellite instruments usually is not adequate to provide an ac...
The X-Ray monitor JEM-X will be flown aboard the ESA mission INTEGRAL fo r gamma ray astronimy. It h...
Satellite navigation receivers are adequate tracking sensors for range safety of both orbital launch...
The INTEGRAL X-ray monitor, JEM-X, (together with the two gamma ray instruments, SPI and IBIS) provi...
Performance expectations for future moderate resolution visible and infrared space instruments based...
This paper presents the process of identification, from a macroscopic point of view, of the Northrop...
We describe the X-ray facility developed for the calibration of the X-ray monitor JEM-X on board the...